Frequently Asked Questions

AJKANT Overseas is a leading laboratory equipment manufacturer and global exporter headquartered in Ambala, Haryana, India. We design, manufacture, and export 600+ precision scientific instruments — covering Physics, Chemistry, Biology, Optics, Microscopy, Histopathology, and more — to 25+ countries across Africa, the Middle East, Southeast Asia, Europe, and the Americas.

We are based in Ambala, Haryana, India — the country's recognised scientific instruments capital with over 75 years of manufacturing heritage. Our manufacturing facility is equipped with modern machinery and quality-testing infrastructure to deliver export-grade instruments.

AJKANT Overseas is founded by industry veterans with decades of experience in scientific instrument manufacturing. We leverage Ambala's 75+ year-old manufacturing ecosystem to combine traditional craftsmanship with modern ISO quality processes.

Yes. AJKANT Overseas operates under ISO quality management principles, ensuring that every product undergoes stringent quality checks before dispatch. Our instruments meet international quality and safety standards required by institutional buyers and government procurement.

You can visit us at https://www.ajkantoverseas.com for our complete product catalogue, inquiry forms, blog resources, and export documentation guides.

We manufacture and export 600+ scientific laboratory instruments spanning 12+ product categories including Physics, Chemistry, Biology, Optics, Mechanics, Electronics, Magnetism, Glassware, Microscopy, Histopathology, Heating & Cooling, and Dissection Instruments.

We actively export to 25+ countries including Nigeria, Ghana, Kenya, Ethiopia, South Africa, UAE, Saudi Arabia, Qatar, Oman, Kuwait, Jordan, Iraq, Malaysia, Philippines, Sri Lanka, Bangladesh, Nepal, Tanzania, Uganda, Zambia, Mozambique, Germany, UK, USA, and Canada.

Ambala, Haryana is globally recognised as the 'Scientific Instruments City of India.' It hosts the largest cluster of scientific equipment manufacturers in South Asia, with over 75 years of instrument-making heritage. AJKANT Overseas is a proud manufacturer from this city, combining its legacy with modern export quality standards.

Our customers include government schools and universities, private colleges, research laboratories, pharmaceutical companies, hospitals, medical colleges, defence institutions, industrial R&D units, and international educational distributors in 25+ countries.

You can reach us via our contact page at https://www.ajkantoverseas.com/contactus, fill out our export enquiry form at https://www.ajkantoverseas.com/export-enquiry, or email us directly. Our team typically responds within one business day.

AJKANT Overseas manufactures a comprehensive range including: Physics lab instruments (mechanics, optics, electricity, magnetism, heat, sound), Chemistry lab apparatus (glassware, burettes, burner setups, chemical models), Biology lab equipment (dissection instruments, anatomical models, cell division models), Microscopes and microscopy accessories, Histopathology instruments, Sterilisation equipment (autoclaves), and Science kits for schools and colleges.

Our physics lab equipment range covers Basic Physics, Optics (biprism, telescope, spectrometer), Mechanics (pendulums, weights, pulleys), Electricity & Electronics, Magnetism (bar magnets, electromagnets, horseshoe magnets), Heat, Sound, and Waves apparatus — ideal for schools, colleges, and universities. Explore the full range at https://www.ajkantoverseas.com/shop.

Our Chemistry category includes glassware (beakers, flasks, test tubes, burettes, pipettes, measuring cylinders), support stands, boss heads, clamps, spirit lamps, Bunsen burners, Gooch crucible adapters, bottle brushes, blow pipes, bucky ball models, and more. Visit https://www.ajkantoverseas.com/shop for the complete listing.

Yes. Our biology category includes dissection instruments (bone cutters, scalpels, forceps), anatomical models, animal cell division models (meiosis and mitosis), and biology experiment kits for educational institutions worldwide.

AJKANT Overseas supplies a full range of microscopy instruments including compound microscopes, binocular microscopes, monocular microscopes, microscope accessories, and complete microscopy lab setups for schools, colleges, medical labs, and research institutions.

Histopathology equipment is used for tissue preparation and analysis in medical, pathological, and research labs. AJKANT Overseas manufactures a range of histopathology instruments including microtomes, slide staining trays, embedding cassettes, and associated accessories — suitable for medical colleges, hospitals, and pathology labs.

Yes. AJKANT Overseas manufactures vertical autoclaves, horizontal autoclaves, portable autoclaves, double wall autoclaves, and high-pressure autoclaves used in laboratories, hospitals, pharmaceutical units, and educational institutions for steam sterilisation.

Our Magnetism category includes bar magnets (standard and Alnico type), horseshoe magnets, electromagnets, magnetic needle sets, plotting compasses, iron filing trays, and complete magnetism experiment kits for physics demonstrations.

Yes. Our Optics range includes astronomical telescopes, Fresnel biprism assemblies, air wedge plates, spectrometers, optical benches, and various optics experiment kits. These are used in physics labs for wave optics, light interference, refraction, and diffraction experiments.

Yes. AJKANT Overseas supplies laboratory glassware including beakers, conical flasks, round-bottom flasks, test tubes, measuring cylinders, burettes, pipettes, bottles, and glass adapters — all manufactured to standard specifications for educational and research use.

Our Mechanics category includes bifilar pendulums, compound pendulums, bar pendulums, flywheel setups, Kater's reversible pendulums, pulley systems, inclined planes, Newton's cradle, moment of inertia apparatus, and more — ideal for B.Sc., M.Sc., and engineering physics labs.

Yes. AJKANT Overseas specialises in complete lab setup solutions for schools, colleges, universities, and research institutions. We offer turnkey supply packages covering all instruments, consumables, furniture recommendations, and documentation support — customised per the institution's curriculum or government tender requirements.

Yes. AJKANT Overseas manufactures Newton's Cradle — a classic mechanics demonstration instrument used in physics labs worldwide to illustrate conservation of momentum and energy. We export this product globally to schools, universities, and science museums.

Dissection instruments are surgical-grade tools used in biology labs for anatomical study. AJKANT Overseas manufactures bone cutters, scalpels, forceps, scissors, probes, and complete dissection kits used in schools, medical colleges, and veterinary labs.

Yes. Our Mathematics category includes geometric solid models, algebra sets, number line boards, fraction kits, abacuses, and mathematical demonstration kits — used in school mathematics labs and educational curriculum programs.

Our Heating & Cooling category includes vertical and horizontal autoclaves, water baths, hot plates, electric furnaces, muffle furnaces, ovens, and refrigeration units used in chemistry, microbiology, and industrial quality-control labs.

Yes. AJKANT Overseas manufactures fibre optics experimental kits and demonstration apparatus used in physics labs to study total internal reflection, fibre optic communication principles, and light transmission — suitable for college and university physics courses.

AJKANT Overseas operates under ISO quality management principles. All products undergo multi-stage quality inspection including raw material verification, in-process inspection, and final functional testing before packing and dispatch. We ensure compliance with international standards required by government and institutional buyers globally.

Our products comply with applicable international quality standards. We provide relevant quality documentation, test certificates, and compliance declarations as required by the importing country or institutional buyer. Contact us at https://www.ajkantoverseas.com/contactus for specific certification requirements.

We use high-grade materials including premium-grade metals (steel, brass, aluminium, alnico alloy), borosilicate glass for glassware, precision-grade optical glass for optics instruments, and food-grade/laboratory-grade polymers where applicable — ensuring durability, corrosion resistance, and long service life.

Yes. Every product undergoes rigorous quality checks at our facility in Ambala including dimensional accuracy checks, functional performance tests, durability tests, and safety inspections. Export consignments are additionally verified for packing integrity and conformance to order specifications.

Yes. AJKANT Overseas provides a standard warranty on all manufactured instruments against manufacturing defects. Warranty terms vary by product category and are clearly communicated at the time of purchase. For specific warranty queries, please contact us at https://www.ajkantoverseas.com/contactus.

All genuine AJKANT Overseas products carry the AJKANT brand marking. You can verify your supplier and order details by contacting us directly at https://www.ajkantoverseas.com/contactus or via email. We recommend ordering directly through our official website or authorised distributor network.

Yes. AJKANT Overseas regularly supplies to government educational institutions, research councils, and ministry of education procurement programs. Our instruments meet the quality, documentation, and certification requirements typically specified in government tenders in India and internationally.

Yes. We provide product data sheets, user manuals, technical specifications, and quality certificates for all instruments. These can be shared with bulk buyers, institutional procurement officers, and government tender documentation as needed.

Most AJKANT Overseas instruments are built for long-term use with proper maintenance — typically 10 to 20+ years for mechanical and optical instruments. Consumable items like glassware and dissection tools have defined operational life cycles communicated per product.

Yes. All instruments are functionally tested before packing. For complex instruments (microscopes, autoclaves, telescope assemblies), we perform full performance verification tests and include test records with the shipment where required.

Yes. AJKANT Overseas has a dedicated export division managing end-to-end international logistics, documentation, and customs compliance. We export to 25+ countries across Africa, the Middle East, Southeast Asia, Europe, and the Americas. Submit your export enquiry at https://www.ajkantoverseas.com/export-enquiry.

We actively export to Nigeria, Ghana, Kenya, Ethiopia, Tanzania, Uganda, Zambia, Zimbabwe, Mozambique, Rwanda, South Africa, Botswana, Senegal, Ivory Coast, and more. Our Africa export page provides country-specific information at https://www.ajkantoverseas.com/countries-we-export/africa.

We export to UAE, Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Jordan, Iraq, Egypt, Lebanon, and other GCC and MENA countries. Visit https://www.ajkantoverseas.com/countries-we-export/middle-east for details.

We provide complete export documentation including: Commercial Invoice, Packing List, Bill of Lading / Airway Bill, Certificate of Origin, Insurance Certificate, GST/Export documentation as per Indian customs (ICEGATE), and any country-specific documentation required by the buyer's customs authority.

Minimum order quantities vary by product. For bulk institutional orders (school or university lab setups), we typically require orders of a defined minimum value. Contact us at https://www.ajkantoverseas.com/export-enquiry to discuss your specific requirements with our export team.

Shipping timelines depend on the destination country and mode of transport. Sea freight typically takes 15–45 days depending on the port. Air freight takes 5–10 days. We work with experienced freight forwarders to ensure timely delivery and provide tracking details for all shipments.

Yes. AJKANT Overseas supports multiple Incoterms including FOB (Free On Board), CIF (Cost, Insurance & Freight), CFR, and EXW. The applicable Incoterm is agreed upon during order negotiation based on buyer preference and destination.

Yes. We provide a Certificate of Origin (CoO) for all export shipments, issued through authorised agencies. The CoO specifies that the goods are manufactured in India, which may entitle buyers to trade agreement benefits in their country.

AJKANT Overseas handles all export-side customs documentation and clearance in India. For destination-side customs clearance, we advise buyers to engage a licensed customs broker (CHA) in their country. We provide all required export documents to facilitate smooth customs clearance.

Yes. We have significant experience supplying scientific lab equipment for government educational tenders, ministry of education procurement programs, and institutional lab setup projects across Africa and the Middle East. Contact us at https://www.ajkantoverseas.com/export-enquiry for tender-specific requirements.

Yes. AJKANT Overseas can supply laboratory equipment to projects funded by international organisations including UNICEF, UNESCO, World Bank, and NGO development programs — with all required compliance documentation, quality certificates, and origin declarations.

We accept international wire transfers (T/T), Letter of Credit (L/C), and other internationally accepted B2B payment methods. Payment terms are agreed mutually during order confirmation based on order size and buyer relationship.

Yes. We provide detailed pro forma invoices (PI) for all bulk orders, clearly specifying product descriptions, quantities, unit prices, total value, Incoterms, and estimated delivery timelines. Request a PI via https://www.ajkantoverseas.com/export-enquiry.

Yes. All AJKANT Overseas export shipments are packed with export-grade packaging — including bubble wrap, foam padding, wooden crating for fragile instruments, and moisture-resistant outer cartons — to withstand sea freight conditions and ensure safe delivery.

Absolutely. AJKANT Overseas specialises in complete turnkey school lab setups including Physics, Chemistry, Biology, and General Science labs. We work with the institution or ministry to customise the instrument list per the curriculum, provide packing in one consolidated shipment, and support with all export documentation.

You can place an order by: (1) Browsing our product catalogue at https://www.ajkantoverseas.com/shop and adding items to your cart, (2) Submitting our Export Enquiry Form at https://www.ajkantoverseas.com/export-enquiry for bulk institutional orders, or (3) Contacting us directly via https://www.ajkantoverseas.com/contactus.

Yes. AJKANT Overseas offers competitive pricing and volume discounts for bulk institutional orders, government tenders, and international distributor partnerships. Contact our sales team via https://www.ajkantoverseas.com/export-enquiry with your requirements for a customised quotation.

Yes. Send us your instrument list or BOM (Bill of Materials) via our Export Enquiry Form at https://www.ajkantoverseas.com/export-enquiry and our team will prepare a detailed price quotation within 2 business days.

AJKANT Overseas quotes international prices in USD (US Dollars) or INR (Indian Rupees) as preferred by the buyer. Domestic Indian orders are quoted in INR.

Domestic Indian orders are subject to applicable GST rates. International export orders are zero-rated under GST (exports are GST-exempt under Indian tax law). The applicable GST status will be clearly mentioned in all quotations and invoices.

For retail/individual orders, there is no strict minimum. For export bulk orders, we typically work with a minimum order value to ensure cost-effective logistics. Please contact us via https://www.ajkantoverseas.com/export-enquiry to discuss your specific needs.

Yes. AJKANT Overseas accepts institutional purchase orders (PO) from schools, colleges, universities, research institutes, and government bodies. We can also work with your procurement department's standard terms and conditions.

AJKANT Overseas price quotations are typically valid for 30 days from the date of issue, subject to market conditions. For long-term project orders, please discuss price validity with our sales team.

For established institutional buyers and long-term export partners, we may offer mutually agreed credit terms. Please discuss credit requirements with our export team during the negotiation process.

Yes. You can browse our full product catalogue online at https://www.ajkantoverseas.com/shop. For a downloadable PDF catalogue or customised product list for your institution's requirements, contact us at https://www.ajkantoverseas.com/contactus.

Essential physics lab instruments for schools include: bar magnets, horseshoe magnets, simple pendulum sets, spring balances, Newton's cradle, prism sets, convex/concave lens sets, Bunsen burners, measuring cylinders, metre rules, vernier callipers, and basic electricity kits. AJKANT Overseas can supply complete school physics lab packages — browse at https://www.ajkantoverseas.com/shop.

A bifilar pendulum is a mechanics apparatus consisting of a rigid bar suspended by two parallel strings (bifilar means 'two threads'). It is used in physics labs to determine the moment of inertia of various shaped bodies by studying their rotational oscillations. AJKANT Overseas manufactures precision bifilar pendulum apparatus for college and university physics labs.

A Fresnel biprism is an optical instrument consisting of a prism with a very obtuse angle that splits a single light source into two virtual coherent sources, creating interference patterns. It is used in optics labs to study light interference, measure the wavelength of light, and demonstrate wave optics principles. AJKANT Overseas manufactures high-quality Fresnel biprism assemblies at https://www.ajkantoverseas.com/shop.

An astronomical telescope is an optical instrument used to observe celestial objects and distant targets. In physics labs, it is used for optics experiments including image formation, magnification studies, and practical applications of lens theory. AJKANT Overseas manufactures export-quality astronomical telescopes for educational institutions worldwide.

An air wedge plate is an optics instrument used to study interference patterns formed in a thin wedge of air between two optical glass plates. This experiment demonstrates light wave interference principles and is used to measure the wavelength of light or thickness of thin films. AJKANT Overseas manufactures air wedge plate assemblies for physics labs.

A bar magnet is a rectangular magnet with clearly marked north and south poles. In physics labs it is used to demonstrate magnetic field lines, magnetic force, polarity, and basic magnetism principles. AJKANT Overseas manufactures standard bar magnets and Alnico bar magnets — both ideal for school and college physics experiments.

A standard bar magnet is typically made from steel or ferrite alloy, while an Alnico bar magnet is made from an aluminium-nickel-cobalt (AlNiCo) alloy. Alnico magnets offer superior temperature stability and resistance to demagnetisation, making them preferred for precision physics laboratory applications. AJKANT Overseas supplies both types.

Common mechanics experiments in college physics labs include: determination of 'g' (acceleration due to gravity) using pendulums, finding moment of inertia using bifilar and compound pendulums, study of Newton's laws using pulleys, verification of Hooke's Law, inclined plane friction experiments, and flywheel energy studies. AJKANT Overseas manufactures a complete mechanics apparatus range for these experiments.

Our Electricity & Electronics range includes galvanometers, ammeters, voltmeters, Wheatstone bridge setups, potentiometers, rheostat stands, resistance boxes, capacitor sets, inductance coils, power supplies, electronic components kits, and breadboard experiment sets — suitable for school and college practical exams.

AJKANT Overseas manufactures sound and wave apparatus including tuning fork sets, resonance tubes, Melde's experiment setups, sonometers, Kundt's tube apparatus, and wave motion demonstration kits — used for auditory physics experiments in schools and colleges.

Our Chemistry glassware range includes beakers, conical (Erlenmeyer) flasks, round-bottom flasks, flat-bottom flasks, test tubes, boiling tubes, measuring cylinders, volumetric flasks, burettes, pipettes, glass bottles, funnels, condensers, and adapters — all manufactured to standard specifications for laboratory use.

A Bunsen burner is a laboratory heating device that burns natural gas or LPG to produce a hot, clean flame used for heating, sterilisation, and combustion reactions in chemistry labs. AJKANT Overseas manufactures Bunsen burners including the standard model and the magnified type with stop clock — widely used in school and college chemistry labs.

A Gooch crucible adapter is a laboratory accessory used to filter precipitates in analytical chemistry. The adapter connects a Gooch crucible (a porous ceramic/porcelain crucible) to a vacuum filtration setup, enabling the separation of fine chemical precipitates for gravimetric analysis.

A Bucky Ball (Buckminsterfullerene or C60) model is a molecular model kit used in chemistry labs to demonstrate the structure of fullerene — a form of carbon consisting of 60 atoms arranged in a spherical cage. It is used in advanced chemistry and materials science education.

A boss head is a clamp fitting used in laboratory setups to attach rods, burette clamps, and other accessories to retort stands. AJKANT Overseas manufactures standard boss heads and oxidised boss heads — widely used in chemistry and physics lab assemblies.

A burette is a precision glass tube with a stopcock at the bottom, used in analytical chemistry for volumetric titration experiments. It delivers precise, controlled volumes of liquid (titrant) to determine the concentration of an unknown solution. AJKANT Overseas supplies burettes as part of our chemistry glassware range.

A burette clamp is a laboratory accessory that securely holds a burette vertically on a retort stand during titration experiments. AJKANT Overseas manufactures standard burette clamps and Fisher-type burette clamps for chemistry labs.

A brass blow pipe is a small metal tube used in chemistry labs for blowpipe analysis — directing a focused flame from a Bunsen burner onto small amounts of chemical compounds to observe their flame colours and reactions for qualitative analysis.

AJKANT Overseas manufactures brass spirit lamps — simple laboratory heating devices that burn denatured alcohol (methylated spirits) for gentle heating in chemistry and biology labs. They are widely used in schools for safe, low-temperature heating experiments.

Bottle brushes and burette brushes are cleaning tools used to clean the inside of laboratory glassware including test tubes, burettes, flasks, and bottles. AJKANT Overseas supplies a range of bottle brushes and burette brushes for lab hygiene and glassware maintenance.

AJKANT Overseas supplies compound microscopes, binocular microscopes, monocular microscopes, stereo microscopes, student microscopes, and research microscopes — suitable for school biology labs, college practical courses, medical education, and research applications. Browse microscopy products at https://www.ajkantoverseas.com/shop.

A monocular microscope has one eyepiece (ocular lens) while a binocular microscope has two eyepieces for comfortable two-eye viewing. Binocular microscopes reduce eye strain during prolonged observation and provide better depth perception. Both types are widely used in school and college biology labs.

Animal cell division models (meiosis and mitosis models) are 3D anatomical models used in biology labs to demonstrate the stages of cell division visually. AJKANT Overseas manufactures both meiosis and mitosis models — helping students understand chromosomal behaviour, cell replication, and genetic inheritance processes.

Meiosis is a type of cell division that produces four genetically unique haploid cells from one diploid parent cell — the basis of sexual reproduction. AJKANT Overseas manufactures meiosis cell division models that visually demonstrate each stage (Prophase I, Metaphase I, etc.) for biology practical classes.

Mitosis is cell division that produces two genetically identical diploid daughter cells — the basis of growth and tissue repair. AJKANT Overseas manufactures mitosis cell division models demonstrating stages including Interphase, Prophase, Metaphase, Anaphase, and Telophase for school and college biology labs.

Our dissection instruments include: bone cutters, scalpels (different blade types), forceps (straight and curved), scissors (dissection and surgical), probes, teasing needles, dissecting pins, dissection trays, and complete dissection kits — used in biology and medical education labs.

A bone cutter is a dissection instrument used in biology and anatomy labs to cut through bones during dissection of specimens for anatomical study. AJKANT Overseas manufactures professional-grade bone cutters used in medical colleges and biology research labs.

AJKANT Overseas supplies plain glass microscope slides, cavity slides, coverslips, pre-made prepared slides (plant and animal tissue sections), and slide staining accessories — all essential for microscopy practical work in biology labs.

AJKANT Overseas manufactures histopathology instruments including microtomes, tissue embedding cassettes, slide staining racks, tissue processors, embedding rings, and related accessories used in clinical pathology labs, medical colleges, and biomedical research facilities.

Yes. AJKANT Overseas supplies complete biology lab kits suitable for CBSE, ICSE, State Board, and international curriculum practical examinations. Our kits include microscopes, prepared slides, dissection sets, anatomical models, and all required accessories. Contact us at https://www.ajkantoverseas.com/export-enquiry for customised kit packages.

Yes. AJKANT Overseas offers custom manufacturing services for scientific instruments — including custom dimensions, modified specifications, custom branding (OEM), and purpose-built apparatus designed to match specific curriculum or research requirements. Contact us at https://www.ajkantoverseas.com/contactus with your specifications.

Yes. We regularly manufacture instruments as per government tender specifications — including specific material grades, tolerance requirements, finish standards, and packaging specifications as stated in the tender document. Share your tender requirements at https://www.ajkantoverseas.com/export-enquiry.

Yes. AJKANT Overseas offers OEM (Original Equipment Manufacturer) services for international laboratory equipment brands and distributors who wish to source high-quality instruments from India under their own branding. Contact us to discuss OEM partnership opportunities.

Yes. Our manufacturing facility in Ambala is equipped to produce instruments to custom dimensions, tolerances, and material specifications. Our engineering team reviews customer-provided drawings, samples, or written specifications to develop custom products.

Yes. We supply complete lab instrument packages for medical colleges, nursing institutes, dental colleges, veterinary colleges, and universities. These include anatomy models, histopathology equipment, microscopes, dissection instruments, and microbiology lab setups — customised to the institution's curriculum.

For large institutional orders, we can discuss branded packaging or marking options. Contact our sales team at https://www.ajkantoverseas.com/contactus to discuss branding and customisation requirements for your order.

For significant volume orders or established OEM partnerships, AJKANT Overseas can collaborate on the design of new scientific instruments. Our engineering team in Ambala has the expertise to prototype and manufacture custom apparatus not available in our standard catalogue.

AJKANT Overseas provides comprehensive after-sales support including: product usage guidance, troubleshooting assistance, replacement parts supply, and installation guidance for complex instruments. Reach our support team via https://www.ajkantoverseas.com/contactus.

Yes. For institutional bulk orders and complex instrument packages, we provide installation and commissioning guidance. For domestic Indian orders, our team can arrange on-site support. For international orders, we provide detailed installation manuals and video guidance.

Contact us via https://www.ajkantoverseas.com/contactus with your order details, product name, and a description of the issue. Our support team will respond within one business day and arrange for resolution through repair, replacement, or guidance as appropriate.

Yes. AJKANT Overseas maintains stock of key spare parts and components for our manufactured instruments. Spare parts can be ordered separately for instruments that require component replacement due to wear or damage during use.

Products found to be defective due to manufacturing defects may be returned within the warranty period. Please contact us at https://www.ajkantoverseas.com/contactus immediately upon receiving damaged or faulty goods, including documentation and photographs, for resolution.

Yes. For bulk institutional orders of complex instruments (autoclaves, microscopes, spectrometers), we provide user training documentation, instructional videos, and can arrange virtual or on-site training sessions for laboratory staff and teachers.

Yes. Our expert team can assist institutional buyers with lab setup planning — recommending instrument lists, quantities, furniture requirements, and layout suggestions based on the curriculum, student count, and available lab space. Contact us at https://www.ajkantoverseas.com/contactus.

Yes. AJKANT Overseas supplies laboratory equipment to schools, colleges, universities, research institutions, and government bodies across all states of India. We have experience with state government and central government educational supply tenders.

We deliver to all major Indian states including Haryana, Punjab, Delhi, Uttar Pradesh, Rajasthan, Maharashtra, Gujarat, Karnataka, Tamil Nadu, Telangana, Andhra Pradesh, West Bengal, Bihar, Madhya Pradesh, and more.

Yes. AJKANT Overseas supplies laboratory equipment under central and state government education schemes including Samagra Shiksha Abhiyan, state science lab upgradation programs, and CBSE/ICSE curriculum compliance lab setup projects.

GST rates on laboratory and scientific instruments in India typically range from 5% to 18% depending on the specific product HSN code. All AJKANT Overseas domestic invoices include the applicable GST with proper HSN codes and documentation for buyer compliance.

Yes. AJKANT Overseas supplies scientific instruments to premier Indian institutions including IITs, NITs, central universities, AIIMS, CSIR labs, and government research institutions — with all required quality documentation and institutional procurement compliance.

Yes. We encourage schools in all regions — urban and rural — to order through our website at https://www.ajkantoverseas.com/shop or contact us at https://www.ajkantoverseas.com/contactus for institutional supply arrangements.

Yes. For large domestic institutional orders, AJKANT Overseas arranges delivery to the institution's location. Installation support for complex instruments can also be arranged. Contact us at https://www.ajkantoverseas.com/contactus for details.

AJKANT Overseas is one of India's leading laboratory equipment manufacturers, based in Ambala — India's scientific instruments capital. With 600+ products, export to 25+ countries, and ISO-compliant manufacturing, AJKANT Overseas is a trusted choice for schools, universities, hospitals, and research institutions worldwide. Visit https://www.ajkantoverseas.com to explore our range.

Ambala, Haryana is India's and Asia's largest hub for scientific and laboratory instrument manufacturing. The city has over 75 years of manufacturing heritage and is home to hundreds of manufacturers including AJKANT Overseas, which exports high-quality scientific instruments globally from Ambala.

AJKANT Overseas is a leading laboratory equipment exporter from India to Africa, with active supply to Nigeria, Kenya, Ghana, Ethiopia, Tanzania, Uganda, South Africa, and more. We provide complete export documentation, competitive pricing, and sea freight logistics support for African institutional buyers. Visit https://www.ajkantoverseas.com/countries-we-export/africa.

A scientific instrument is a device or apparatus designed and used for making scientific measurements, conducting experiments, or demonstrating scientific principles. AJKANT Overseas manufactures 600+ scientific instruments across physics, chemistry, biology, optics, magnetism, mechanics, microscopy, and more — all designed for educational and research use.

The most common physics lab instruments used in schools include: metre rules, vernier callipers, spring balances, simple pendulums, bar magnets, prism sets, convex/concave lenses, Bunsen burners, resistance boxes, ammeters, voltmeters, galvanometers, and tuning fork sets. AJKANT Overseas manufactures all of these and more.

A manufacturer produces the equipment in-house at their own facility, while an exporter may be a trading company that sources from manufacturers. AJKANT Overseas is both a manufacturer AND exporter — we produce instruments at our own facility in Ambala and directly export them worldwide, ensuring quality control and competitive pricing without middlemen.

Indian laboratory equipment, particularly from Ambala manufacturers like AJKANT Overseas, is preferred globally for its combination of high quality, competitive pricing, ISO compliance, and ability to customise per curriculum requirements. India has decades of scientific instrument manufacturing heritage and a robust export infrastructure for educational supplies.

Laboratory equipment prices in India vary widely based on the product type, complexity, and quantity. Basic instruments like bar magnets or glass beakers cost INR 50–500, while complex instruments like microscopes or autoclaves range from INR 5,000–1,00,000+. AJKANT Overseas offers competitive export pricing. Contact us at https://www.ajkantoverseas.com/export-enquiry for a customised quotation.

Yes. AJKANT Overseas can arrange sample shipments for evaluation before large bulk orders are placed. Sample terms (cost, shipping, and quantity) are discussed on a case-by-case basis. Contact us at https://www.ajkantoverseas.com/contactus for sample requests.

To find a reliable lab equipment supplier in India: (1) Look for established manufacturers in Ambala with a proven export track record, (2) Verify ISO certifications and quality documentation, (3) Check for client references and export history to your region, (4) Ensure they can provide all required export documentation. AJKANT Overseas meets all these criteria — visit https://www.ajkantoverseas.com to start your inquiry.

AJKANT Overseas instruments are used in CBSE, ICSE, State Board, JEE, NEET, and university practical labs worldwide. Our instruments are designed to meet standard educational curriculum specifications for school and college practical examinations.

A physics lab contains instruments for mechanics, optics, electricity, magnetism, sound, and heat experiments. A chemistry lab contains glassware, reagents, heating equipment, and analytical instruments for chemical reactions and analysis. Both typically use instruments from AJKANT Overseas — contact us for subject-specific lab setup packages at https://www.ajkantoverseas.com/contactus.

An autoclave is a sterilisation device that uses high-pressure saturated steam to kill bacteria, viruses, fungi, and spores on laboratory equipment, surgical instruments, and growth media. It is an essential piece of equipment in microbiology labs, hospitals, pharmaceutical facilities, and medical colleges. AJKANT Overseas manufactures several types of autoclaves for educational and industrial use.

Biology labs typically use compound microscopes (for viewing microorganisms, cells, and tissues at 40x–1000x magnification) and stereo microscopes (for 3D viewing of specimens at 7x–45x magnification). Medical labs also use phase-contrast and fluorescence microscopes. AJKANT Overseas supplies a full range of microscope types for various applications.

Newton's cradle is a classic physics demonstration apparatus that illustrates the laws of conservation of momentum and conservation of energy. When one ball is lifted and released, it swings and strikes the others, causing the ball at the opposite end to swing out with the same velocity — demonstrating elastic collisions. AJKANT Overseas exports Newton's cradle instruments globally.

Yes. AJKANT Overseas actively appoints authorised distributors and reseller partners in international markets — particularly in Africa, the Middle East, and Southeast Asia. If you are interested in becoming an authorised AJKANT Overseas distributor in your country, contact us at https://www.ajkantoverseas.com/contactus.

Yes. We welcome reseller partnerships with education supply companies, lab setup contractors, and scientific equipment distributors worldwide. As a reseller partner, you will benefit from competitive trade pricing, product documentation, and marketing support. Contact us to discuss partnership terms.

Yes. AJKANT Overseas works with government empanelled procurement agencies, GeM portal registered suppliers, and government-approved lab equipment vendors to fulfil institutional supply orders in India and internationally.

For current GeM registration status, please contact our domestic sales team at https://www.ajkantoverseas.com/contactus. We regularly supply to government institutions through approved procurement channels.

AJKANT Overseas participates in major scientific equipment trade fairs and educational exhibitions in India and internationally. To learn about our upcoming trade fair participation or to schedule a meeting at an exhibition, contact us at https://www.ajkantoverseas.com/contactus.

A compound microscope typically offers magnification from 40x to 1000x (and up to 2000x with oil immersion). Eyepiece magnification is usually 10x, combined with objective lenses of 4x, 10x, 40x, and 100x. AJKANT Overseas supplies compound microscopes with standard magnification ranges suitable for school, college, and medical lab use.

A compound microscope is used for high-magnification (40x–1000x) viewing of thin, transparent specimens like cells and microorganisms. A stereo microscope (also called dissecting microscope) provides 3D, low-magnification (7x–45x) views of opaque objects like insects, plant parts, and electronic components. AJKANT Overseas manufactures both types for educational and research labs.

An oil immersion objective (typically 100x) requires a drop of immersion oil between the objective lens and the glass slide to increase the numerical aperture and resolution. It is used for viewing very fine details of bacteria, blood cells, and tissue sections. AJKANT Overseas supplies 100x oil immersion objectives as standard on its research microscopes.

The main parts of a compound microscope are: eyepiece (ocular lens), body tube, revolving nosepiece, objective lenses (4x/10x/40x/100x), stage with clips, condenser, diaphragm, light source (LED or mirror), coarse and fine adjustment knobs, arm, and base. AJKANT Overseas microscopes are supplied with labeled diagrams and user manuals.

A binocular microscope has two eyepieces for comfortable two-eye viewing, reducing eye fatigue during prolonged observation. It is used in medical labs, pathology, microbiology, and quality-control labs. AJKANT Overseas supplies binocular microscopes with LED illumination, mechanical stages, and 4-objective nosepieces for professional use.

In brightfield microscopy, specimens appear dark against a bright background — the most common mode for stained biological slides. In darkfield microscopy, specimens appear bright against a dark background, highlighting unstained or transparent structures like live spirochetes. AJKANT Overseas can supply microscopes configured for both modes.

A compound binocular microscope with a 100x oil immersion objective is used for blood smear examination to identify blood cells, parasites (like malaria), and cell morphology. AJKANT Overseas supplies clinical-grade binocular microscopes with anti-fungal eyepieces and LED illumination suitable for pathology labs.

A phase contrast microscope converts differences in refractive index of transparent specimens into differences in brightness, making unstained living cells visible without fixation or staining. It is widely used in cell biology and microbiology research. Contact AJKANT Overseas at https://www.ajkantoverseas.com/contactus for phase contrast microscope availability.

A school microscope lab requires: compound monocular or binocular microscopes, prepared slides (plant/animal tissues, bacteria, protozoa), blank glass slides, coverslips, lens cleaning tissue, immersion oil, slide staining kits, and microscope covers for storage. AJKANT Overseas supplies complete school microscopy kits including all accessories.

Clean microscope lenses gently with lens tissue dampened with lens cleaning solution (never with regular cloth or fingers). First blow off dust with a bulb blower, then wipe in a circular motion from centre outward. For oil immersion lenses, use xylene-free lens cleaner. AJKANT Overseas microscopes are shipped with lens cleaning kits and care instructions.

For secondary school biology labs, a monocular or binocular compound microscope with 4x/10x/40x objectives, LED illumination, coarse and fine focus, and a mechanical stage is ideal. AJKANT Overseas manufactures student-grade compound microscopes that are robust, easy to use, and competitively priced for bulk school orders.

A student microscope is an entry-level compound microscope designed for school and college practical labs. It features simplified controls, durable construction, LED lighting, and standard magnification up to 400x–600x. AJKANT Overseas manufactures and exports student microscopes to schools worldwide, including bulk supply for complete lab setups.

Numerical aperture (NA) is a measure of a lens's ability to gather light and resolve fine detail. Higher NA = better resolution. Standard school objectives: 4x (NA 0.10), 10x (NA 0.25), 40x (NA 0.65), 100x oil (NA 1.25). This determines the maximum detail visible at each magnification level.

Yes. AJKANT Overseas maintains stock of microscope spare parts including eyepieces, objective lenses, stage clips, condenser assemblies, LED illumination modules, and coarse/fine focus knobs. Contact us at https://www.ajkantoverseas.com/contactus for spare parts availability and pricing.

Total magnification = eyepiece magnification x objective magnification. Example: 10x eyepiece x 40x objective = 400x total magnification. This is the apparent enlargement of the specimen as seen through the eyepiece. AJKANT Overseas microscopes are labeled with total magnification ranges for easy reference.

A mechanical stage is a movable platform on a microscope that allows precise X-Y movement of the slide using graduated knobs — enabling systematic scanning of the specimen without touching the slide. AJKANT Overseas includes mechanical stages on its binocular and research-grade microscopes.

Resolving power (or resolution) is the ability of a microscope to distinguish two closely spaced objects as separate entities. It depends on the wavelength of light used and the numerical aperture of the objective. Higher NA and shorter wavelength (blue/UV light) give better resolution. Understanding this is key for choosing the right microscope for your application.

AJKANT Overseas supplies sets of prepared microscope slides including: human blood smear, bacteria (Bacillus, Cocci, Spirillum), plant tissues (root tip, leaf cross-section, stem sections), animal tissues (liver, kidney, muscle, nerve), and protozoa slides — all ready for direct microscopic observation.

A monocular microscope has one eyepiece. A binocular has two eyepieces. A trinocular microscope has two eyepieces plus a third port for attaching a camera or digital imaging device — making it ideal for documentation, teaching, and publication-quality imaging in research labs.

Yes. AJKANT Overseas supplies trinocular microscopes compatible with digital cameras and USB eyepiece cameras for live image display on computers or smart boards. Contact us at https://www.ajkantoverseas.com/contactus for digital microscopy options for teaching labs.

An autoclave works by generating high-pressure saturated steam (typically at 121 degrees Celsius and 15 psi pressure for 15–20 minutes) inside a sealed chamber. The combination of heat, pressure, and moisture destroys all microorganisms including bacteria, viruses, spores, and fungi — achieving complete sterilisation of instruments, glassware, and growth media.

A vertical autoclave has an upright cylindrical chamber with a top-opening lid — compact and suitable for labs with limited bench space. A horizontal autoclave has a front-loading horizontal chamber — better for larger loads and hospital surgical instrument sterilisation. AJKANT Overseas manufactures both types.

The standard sterilisation temperature for a gravity-cycle autoclave is 121 degrees Celsius (250 degrees Fahrenheit) at 15 psi pressure for 15–20 minutes. Some cycles use 134 degrees Celsius at 30 psi for 3–5 minutes (pre-vacuum cycle) for faster throughput in hospital settings.

Materials that can be sterilised in an autoclave include: laboratory glassware, surgical instruments, metal tools, gowns and textiles, microbiological growth media, biohazardous waste, and rubber/silicone items. Materials that CANNOT be autoclaved include: plastics (unless autoclave-safe), sharp items that may damage the chamber, flammable liquids, and dry heat-sensitive items.

A portable autoclave is a compact, lightweight sterilisation unit used in field clinics, small labs, dental practices, and locations without access to large sterilisation facilities. AJKANT Overseas manufactures portable autoclaves that are easy to transport and operate with standard electricity and water supply.

A double-wall autoclave has an inner chamber and an outer jacket that is preheated with steam before the sterilisation cycle begins. This provides better insulation, faster heat-up times, more uniform temperature distribution, and reduced condensation inside the chamber — improving sterilisation efficiency.

Autoclave effectiveness is validated using: (1) Biological indicators (spore strips with Geobacillus stearothermophilus), (2) Chemical indicators (autoclave tape changes colour when steam penetrates), (3) Time-temperature recorders, and (4) Bowie-Dick test for air removal. AJKANT Overseas recommends validation with each batch for critical applications.

AJKANT Overseas manufactures autoclaves in various capacities from 10 litres (portable) to 200+ litres (industrial/hospital grade). Capacities are available in standard sizes of 10L, 20L, 30L, 50L, 75L, 100L, and custom sizes. Contact us at https://www.ajkantoverseas.com/contactus for your specific capacity requirement.

Yes. All AJKANT Overseas autoclaves are fitted with safety pressure relief valves, pressure gauges, safety locks, and automatic cut-off mechanisms to prevent over-pressurisation. Our autoclaves comply with safety standards required for laboratory and hospital use.

Both use steam under pressure, but autoclaves are precision instruments calibrated for exact temperature and pressure with safety interlocks, validation systems, and sterility assurance controls. Pressure cookers are domestic cooking appliances not calibrated or validated for biological sterilisation and cannot reliably achieve the same sterility assurance level (SAL) as a medical-grade autoclave.

Yes. Liquid culture media in partially sealed glass bottles or autoclave-safe tubes can be sterilised in a liquid cycle autoclave. Bottles should be filled to no more than 75% capacity and loosened before autoclaving. AJKANT Overseas autoclaves include liquid cycle programming for safe media sterilisation.

Autoclave (moist heat) sterilisation uses pressurised steam at 121 degrees Celsius — more efficient for most lab materials. Dry heat sterilisation uses hot air in an oven at 160–180 degrees Celsius for 1–2 hours — suitable for glassware, metal instruments, and powders that cannot be exposed to moisture. AJKANT Overseas manufactures both autoclaves and hot air ovens.

Autoclaves should be serviced every 6–12 months by qualified engineers, including: door seal inspection and replacement, pressure gauge calibration, safety valve testing, thermocouple calibration, and chamber cleaning. AJKANT Overseas provides service guidance and spare parts for our manufactured autoclaves.

Autoclave prices in India range from INR 8,000–15,000 for small portable models to INR 50,000–3,00,000+ for large hospital-grade horizontal autoclaves, depending on capacity, type, and features. For export pricing, contact AJKANT Overseas at https://www.ajkantoverseas.com/export-enquiry for a customised quotation.

Yes. AJKANT Overseas supplies GMP-compatible autoclaves for pharmaceutical manufacturing and quality-control labs. These include validated models with temperature recording, printer options, and documentation support for regulatory compliance in pharmaceutical environments.

Borosilicate glass contains boron trioxide which gives it a very low coefficient of thermal expansion, making it highly resistant to thermal shock. It can withstand rapid temperature changes without cracking — essential for heating in Bunsen burners, autoclaving, and chemical reactions. AJKANT Overseas supplies borosilicate glassware for all laboratory applications.

A beaker is a cylindrical container with a flat bottom and a small spout, used for mixing, heating, and general liquid handling. A flask (conical/Erlenmeyer) has a narrow neck and conical body, better for swirling without spillage and for titration experiments. Both are part of AJKANT Overseas's glassware range.

AJKANT Overseas supplies: Conical (Erlenmeyer) flasks, Round-bottom flasks, Flat-bottom flasks, Volumetric flasks (Class A and B), Kjeldahl flasks, Distillation flasks, and Separating funnels — all available in standard sizes from 50 mL to 5000 mL in borosilicate glass.

A volumetric flask is a precision flask with a long narrow neck and a calibrated mark at a specific volume (e.g., 100 mL, 250 mL, 1000 mL). It is used to prepare exact concentrations of standard solutions in analytical chemistry. AJKANT Overseas supplies Class A volumetric flasks for accurate analytical work.

A measuring cylinder is used for approximate volume measurement of liquids — accurate to +/- 0.5–1% depending on size. A burette is a precision instrument for delivering exact volumes of liquid during titration, with 0.05 mL gradations. Both are essential in chemistry labs and supplied by AJKANT Overseas.

AJKANT Overseas supplies beakers in standard sizes: 50 mL, 100 mL, 150 mL, 250 mL, 400 mL, 500 mL, 600 mL, 800 mL, 1000 mL, 2000 mL, and 3000 mL — all in borosilicate glass with graduation markings. Custom sizes available on request for institutional bulk orders.

A test tube is a small cylindrical glass tube closed at one end, used for heating small amounts of substances, conducting simple chemical reactions, and sample storage. Types include: plain test tubes, boiling tubes (larger), culture tubes (with caps), centrifuge tubes, and Nessler tubes. AJKANT Overseas supplies all standard types.

A Petri dish is a shallow, flat circular dish with a matching lid used for growing bacterial/fungal cultures on agar media, observing biological reactions, and general sample preparation in microbiology and cell biology labs. AJKANT Overseas supplies both glass and autoclave-safe plastic Petri dishes.

A pipette is a calibrated glass tube used to transfer precise volumes of liquid. Types: graduated (Mohr) pipettes for variable volumes, volumetric pipettes for single fixed volumes, Pasteur pipettes for non-volumetric transfer, and micropipettes for very small volumes (1–1000 microL). AJKANT Overseas supplies all standard glass pipette types.

Laboratory glassware should be: (1) Rinsed immediately after use, (2) Washed with warm water and laboratory detergent using appropriate brushes, (3) Rinsed three times with distilled water, (4) Air-dried in an inverted position, (5) For critical work, acid-washed in 10% HNO3 or HCl, then rinsed with distilled water. AJKANT Overseas supplies bottle brushes and burette brushes for glassware cleaning.

A separating funnel (pear-shaped or cylindrical) is used to separate two immiscible liquids (like oil and water) based on their density differences — the denser liquid settles at the bottom and is drained through the stopcock. It is essential in liquid-liquid extraction in organic chemistry. AJKANT Overseas supplies glass separating funnels in various sizes.

A condenser is a glass apparatus that cools vapours back to liquid by running cold water through an outer jacket. Liebig condenser (straight), Allihn condenser (bulb-shaped for reflux), and West condenser are common types. They are used in distillation and reflux setups in organic chemistry labs.

Yes. Borosilicate glass labware can withstand autoclave cycles (121 degrees Celsius, 15 psi) for sterilisation. However, ensure stoppers are loosened and containers are not sealed airtight during autoclaving to avoid pressure build-up. Ground-glass joints should be separated before autoclaving.

Class A glassware meets the highest precision standards (tightest tolerance, typically +/- 0.05–0.1% for volumetric ware) and is certified for analytical chemistry. Class B has wider tolerances (double Class A) and is suitable for general laboratory use. AJKANT Overseas supplies both classes with appropriate certificates.

A Gooch crucible is a cylindrical porcelain or sintered-glass crucible with a perforated or porous bottom used in gravimetric analysis to filter and weigh precipitates. It is connected to a vacuum filtration setup via a Gooch adapter. AJKANT Overseas manufactures Gooch crucible adapters for this purpose.

A spectrometer is used for: measuring the refractive index of a prism, studying the spectrum of various light sources, verifying Snell's law of refraction, studying dispersion of light, measuring the angle of minimum deviation, and verifying the laws of reflection. AJKANT Overseas manufactures laboratory spectrometers for college and university physics labs.

A diffraction grating is an optical component with a large number of parallel, equally spaced slits. When light passes through it, it splits into its component wavelengths (spectrum). It is used to measure wavelengths of light, study atomic spectra, and as an alternative to prisms for dispersion experiments. AJKANT Overseas supplies diffraction gratings and associated optical benches.

A glass prism is used to: disperse white light into its spectrum (rainbow colours), study refraction and total internal reflection, measure the refractive index of glass, demonstrate the deviation of light, and study optical phenomena. Prisms are a fundamental optics instrument in school and college physics labs.

Total internal reflection occurs when light travels from a denser to a less dense medium at an angle greater than the critical angle — the light is completely reflected back. This is demonstrated in labs using glass blocks with laser pointers or optical benches, and is the principle behind fibre optic communication. AJKANT Overseas supplies fibre optics kits to demonstrate this.

An optical bench is a graduated metal rail on which optical components (lenses, mirrors, light sources, screens) are mounted and adjusted along a single axis. Experiments include: finding the focal length of convex/concave lenses and mirrors, image formation, verification of lens formula, and assembling optical instruments. AJKANT Overseas manufactures complete optical bench setups.

The focal length of a convex lens is the distance from the lens to the focal point where parallel rays converge after refraction. In labs, it is measured using: (1) Object-image distance method (using optical bench), (2) Autocollimation method, or (3) Convex mirror method. AJKANT Overseas optical bench kits include all components needed for these experiments.

A Fresnel lens is a compact optical lens consisting of a series of concentric rings that mimics the light-gathering ability of a much thicker conventional lens. Originally designed for lighthouses, Fresnel lenses are now used in projectors, condensers, solar concentrators, and optical experiments. AJKANT Overseas supplies Fresnel lenses for optics demonstrations.

Birefringence is an optical property of some crystals (like calcite) where a single incident ray splits into two refracted rays (ordinary and extraordinary) travelling at different speeds and polarisations. It is studied in advanced optics labs using polarising filters and birefringent crystal specimens.

Young's double slit experiment demonstrates the wave nature of light by showing interference patterns. Light from a single source passes through two narrow slits close together, creating bright and dark interference fringes on a screen. The fringe width is used to calculate the wavelength of light. AJKANT Overseas supplies Young's double slit apparatus for college physics labs.

A polarimeter measures the rotation of plane-polarised light when it passes through optically active substances (like sugar solutions). It is used in chemistry labs to determine the concentration of optically active compounds and in quality control in pharmaceutical and food industries.

A Helium-Neon (He-Ne) laser produces coherent, monochromatic red light (632.8 nm) used in optics labs for: diffraction grating experiments, holography, interferometry, single-slit and double-slit experiments, fibre optics demonstrations, and measuring wavelengths. Contact AJKANT Overseas for laser optics equipment availability.

Reflection is the bouncing back of light when it hits a surface (mirrors). Refraction is the bending of light when it passes from one medium to another due to a change in speed (lenses, prisms). Both phenomena are studied using basic optics instruments available from AJKANT Overseas.

A concave mirror curves inward and converges parallel light rays to a focal point in front of the mirror. In labs, it is used to study image formation at various object distances, determine focal length, and verify the mirror formula. AJKANT Overseas supplies concave mirrors with known focal lengths for optical bench experiments.

A complete optics lab requires: optical bench with riders, convex and concave lenses (various focal lengths), convex and concave mirrors, prism sets, diffraction gratings, beam splitters, polarising filters, Fresnel biprism assembly, sodium/mercury lamp, laser pointer, and screen. AJKANT Overseas can supply complete optics lab packages at https://www.ajkantoverseas.com/export-enquiry.

An interferometer is an optical device that splits a light beam into two paths and recombines them, creating interference patterns used to measure tiny distances, wavelengths, and surface flatness. The Michelson interferometer is the most common. It is used in advanced physics labs at university level — contact AJKANT Overseas for availability.

A Wheatstone bridge is an electrical circuit used to measure an unknown electrical resistance precisely by balancing two legs of a bridge circuit. It consists of four resistors in a diamond configuration with a galvanometer in the middle. It is a fundamental experiment in school and college physics labs for studying resistance and Ohm's law.

A laboratory potentiometer is a long resistance wire of uniform cross-section used to measure EMF, terminal voltage of a cell, compare EMFs of two cells, find internal resistance of a battery, and calibrate galvanometers. AJKANT Overseas manufactures wire-type potentiometers for college physics labs.

A galvanometer is a sensitive instrument used to detect and measure very small electric currents. It is used in Wheatstone bridge experiments, potentiometer setups, and as the basis for converting to ammeters and voltmeters by adding shunts and multiplier resistors. AJKANT Overseas supplies moving-coil galvanometers for physics labs.

A rheostat (variable resistor) is used in physics labs to vary current in a circuit, control brightness of lamps in demonstration circuits, and as a potential divider. AJKANT Overseas supplies wire-wound rheostats in various resistance ranges (1 ohm to 100 ohm) suitable for school and college practical labs.

Ohm's Law states that current through a conductor is directly proportional to the voltage across it (V = IR) at constant temperature. In labs, it is verified by connecting a resistor to an ammeter, voltmeter, rheostat, and battery — measuring V and I at various settings and plotting a V-I graph, which should be linear with slope = R.

A resistance box (or decade resistance box) is a device with a set of precision resistors that can be switched in or out to provide a desired resistance value in exact steps (e.g., 0–9999 ohms). It is used in Wheatstone bridge experiments, calibration, and circuit testing in physics labs. AJKANT Overseas supplies resistance boxes for college labs.

An oscilloscope displays electrical signals as waveforms on a screen, showing voltage vs. time. It is used to measure frequency, amplitude, phase difference, and waveform shape of AC/DC signals. Essential in electronics labs for circuit analysis, troubleshooting, and studying signal characteristics.

A breadboard is a plastic board with a grid of holes connected by internal metal clips, allowing electronic components to be inserted and connected without soldering — ideal for prototyping and experiment circuits. AJKANT Overseas supplies breadboard kits with component sets for electronics practical labs in schools and colleges.

A capacitor is a device that stores electrical charge between two conductors separated by an insulator (dielectric). In labs, capacitors are studied for charge/discharge behaviour, time constants (RC circuits), resonance in AC circuits, and dielectric constant measurement. AJKANT Overseas supplies capacitor sets and RC circuit kits for physics labs.

Electromagnetic induction is the production of an electric current in a conductor moving through a magnetic field, discovered by Faraday. In labs it is demonstrated using: a bar magnet moving through a coil connected to a galvanometer, Lenz's law demonstrations, and transformer experiments. AJKANT Overseas supplies induction coil kits and demonstration models.

A transformer is a device that transfers electrical energy between circuits through electromagnetic induction, stepping voltage up or down. In physics labs, step-up and step-down transformer models demonstrate the turns ratio principle: Vs/Vp = Ns/Np. AJKANT Overseas supplies transformer demonstration kits for college physics labs.

AC (Alternating Current) reverses direction periodically (50 Hz in India). DC (Direct Current) flows in one direction only (batteries). Household electricity is AC; batteries provide DC. In labs, both are studied using oscilloscopes, rectifier circuits, and power supply units. Understanding AC-DC conversion is a key electronics experiment.

A diode is a semiconductor device that allows current to flow in only one direction. In labs, diodes are used in: p-n junction forward/reverse bias experiments, rectifier circuits (half-wave and full-wave), LED experiments, and Zener diode voltage regulation. AJKANT Overseas supplies electronics component kits including diodes, transistors, and ICs.

A vernier calliper is a precision measuring instrument used to measure internal dimensions, external dimensions, and depths with an accuracy of 0.02 mm (with a vernier scale) or 0.01 mm (digital). It is used in mechanics labs to measure the diameter of wires, thickness of objects, and depth of holes. AJKANT Overseas supplies vernier callipers for physics labs.

A screw gauge (micrometer screw gauge) measures very small dimensions with a least count of 0.001 mm (1 micron). It consists of a U-shaped frame with a thimble and barrel. It is used in physics labs to measure the diameter of wires, thickness of glass plates, and small cylindrical objects. AJKANT Overseas supplies screw gauges for school and college use.

A calorimeter is an insulated container used to measure heat exchange during chemical reactions, phase changes, or temperature changes in substances. In physics labs it is used to determine specific heat capacity, latent heat of fusion/vaporisation, and heat of neutralisation. AJKANT Overseas manufactures Joule's calorimeter and simple calorimeter sets.

Joule's calorimeter experiment determines the mechanical equivalent of heat (J = 4.186 J/cal) by converting mechanical energy (falling mass) into heat energy in water. The temperature rise of the water is measured and used to calculate J. It is a classic thermodynamics experiment in college physics labs.

Laboratory thermometers types include: mercury-in-glass thermometers (-10 to 360 degrees Celsius), alcohol thermometers, digital thermometers (probe type), infrared thermometers, thermocouple thermometers, and minimum-maximum thermometers. AJKANT Overseas supplies glass laboratory thermometers for school and college use.

Newton's Law of Cooling states that the rate of heat loss of a body is proportional to the difference in temperature between the body and its surroundings. It is studied in labs by heating water in a calorimeter and recording temperature at regular intervals, then plotting a cooling curve. AJKANT Overseas supplies Newton's Law of Cooling apparatus.

A water bath is a laboratory device that maintains water at a controlled temperature using thermostat heating. It is used for: heating chemical reactions at precise temperatures, incubating cultures, melting wax, and temperature-controlled experiments. AJKANT Overseas manufactures water baths for chemistry and biology labs.

A hot plate is an electrically heated flat surface used to heat beakers, flasks, and other containers in chemistry labs. Unlike Bunsen burners, hot plates are safer for flammable solvents (no open flame) and allow temperature control. AJKANT Overseas supplies hot plates with and without magnetic stirring capability.

A muffle furnace is a high-temperature oven (up to 1200 degrees Celsius or more) used in chemistry and materials labs for: ash content determination, calcination, sintering, heat treatment, and ashing of organic materials. AJKANT Overseas supplies muffle furnaces for industrial and educational labs.

Searle's apparatus is used to measure the thermal conductivity of a good conductor (like copper or iron) by allowing heat to flow along a metal bar from a steam chest at one end to cooling water at the other. Temperature gradients are measured using thermometers at known points to calculate thermal conductivity (k).

Lee's disc experiment determines the thermal conductivity of a poor conductor (like rubber, cardboard, or glass) by sandwiching it between a steam chamber and a metal disc. Steady-state temperatures are measured and used with the disc's heat loss rate to calculate k. AJKANT Overseas manufactures Lee's disc apparatus for physics labs.

A thermocouple consists of two dissimilar metal wires joined at one end (hot junction) with the other ends connected to a measuring device (cold junction). When a temperature difference exists between junctions, a small voltage (Seebeck effect) is generated proportional to temperature. It is used for measuring high temperatures in industrial and research applications.

Latent heat is the energy absorbed or released by a substance during a phase change at constant temperature (e.g., melting ice or boiling water). Latent heat of fusion of ice is measured by adding ice to warm water in a calorimeter and calculating heat exchange from mass and temperature changes.

Stefan's Law states that the total energy radiated per unit surface area of a black body is proportional to the fourth power of its absolute temperature: E = sigma T^4. It is studied in advanced physics labs using a Leslie's cube or a Stefan-Boltzmann apparatus to measure radiation at various temperatures.

A bimetallic strip consists of two different metals bonded together that have different thermal expansion coefficients. When heated, the strip bends because one metal expands more than the other. It is used in thermostats, circuit breakers, and as a demonstration of differential thermal expansion in school science labs.

Specific heat capacity is the amount of heat energy needed to raise the temperature of 1 kg of a substance by 1 degree Celsius. It is important for understanding heat storage, thermal management, and energy calculations. In labs it is measured using a calorimeter with a known mass of substance and measuring temperature change for known heat input.

A refrigerator works on the vapour compression refrigeration cycle: a refrigerant absorbs heat at low pressure (evaporator) and releases it at high pressure (condenser), powered by a compressor. In educational labs, simple refrigeration demonstration units or heat pump models are used to illustrate this thermodynamic cycle. Contact AJKANT Overseas for heat engine and refrigeration demonstration kits.

A tuning fork is a two-pronged metal fork that vibrates at a specific, precise frequency when struck — producing a pure tone. Standard tuning forks used in physics labs range from 128 Hz to 4096 Hz. Sets of 8 tuning forks covering common frequencies are used for resonance, beats, and sound experiments. AJKANT Overseas supplies matched tuning fork sets.

A sonometer (or monochord) is an apparatus used to study the vibration of strings. It consists of a wooden box with one or two stretched wires. Experiments include: verifying the laws of vibration of strings (frequency vs. length, tension, and linear density), measuring frequency using tuning forks, and studying harmonics.

The resonance tube experiment demonstrates resonance between a vibrating tuning fork and an air column in a tube (open or closed). By adjusting water level in a glass tube, the length at which resonance occurs is determined. This allows calculation of the speed of sound and the frequency of the tuning fork.

Kundt's tube is used to measure the speed of sound in different gases or solids. A metal rod is stroked with a resined cloth to set up standing waves inside a glass tube filled with lycopodium powder — the powder forms regular patterns at the nodes. The wavelength and frequency give the speed of sound.

Melde's experiment studies the vibration of a string driven by a tuning fork (or electric vibrator) to demonstrate the formation of stationary waves. The number of loops formed as tension is varied verifies the relationship between frequency, tension, length, and linear density of the string.

The Doppler effect is the change in observed frequency of a wave when the source or observer is moving. In physics labs, it can be demonstrated with a rotating buzzer on a string or electronic signal generators. The effect is important in radar, sonar, astronomy (redshift/blueshift), and medical ultrasound.

The speed of sound in air at 20 degrees Celsius is approximately 343 m/s (1235 km/h). It increases with temperature: v = 331 + 0.6T (where T is temperature in Celsius). The speed of sound in different materials (water, steel, etc.) is measured using resonance tube and Kundt's tube experiments.

A stroboscope is a device that produces brief, repetitive flashes of light at adjustable frequencies. It is used in labs to study vibrating objects (tuning forks, rotating machinery) by appearing to slow or stop their motion at the appropriate flash rate — allowing measurement of vibration frequency and study of waveforms.

Lissajous figures are geometric patterns produced when two perpendicular sinusoidal oscillations are combined — displayed on an oscilloscope with one signal on the X-axis and another on the Y-axis. The shape of the figure reveals the frequency ratio and phase difference between the two signals. They are used in electronics and signal analysis.

In transverse waves, particles vibrate perpendicular to the direction of wave propagation (e.g., light, water surface waves, waves on a string). In longitudinal waves, particles vibrate parallel to the propagation direction (e.g., sound waves, seismic P-waves). Both types are studied in school and college physics labs.

For CBSE Class 11 physics, required instruments include: vernier calliper, screw gauge, spherometer, simple pendulum, helical spring, parallelogram law apparatus, inclined plane, friction board, Boyle's law apparatus, Newton's law of cooling apparatus, and sonometer. AJKANT Overseas supplies complete CBSE-aligned physics lab kits.

For CBSE Class 12 physics, required instruments include: Wheatstone bridge/metre bridge, potentiometer, galvanometer, ammeter, voltmeter, resistance box, rheostat, convex lens set, concave lens, prism, sodium lamp, and diffraction grating. AJKANT Overseas supplies Class 12 physics lab packages compliant with CBSE practical syllabus.

For CBSE Class 11 chemistry, required instruments and glassware include: beakers, conical flasks, measuring cylinders, burettes, pipettes, test tubes, tripod stands, wire gauze, Bunsen burners, evaporating dishes, watch glasses, separating funnels, and basic reagents. AJKANT Overseas supplies complete chemistry lab packages for schools.

For CBSE Class 12 chemistry, required instruments include: conductivity cell, electrodes, potentiometer setup for EMF measurement, salt bridges, voltmeter, analytical balance, pH strips, and standard analytical glassware. Contact AJKANT Overseas at https://www.ajkantoverseas.com/contactus for a Class 12 chemistry lab list.

For CBSE Class 11 and 12 biology, required instruments include: compound microscope, slides (prepared and blank), coverslips, dissection kit, anatomical models (heart, kidney, eye, brain), cell division models, staining reagents (methylene blue, safranin, iodine), and microscopy accessories. AJKANT Overseas supplies complete CBSE biology lab packages.

A school lab is equipped for standard curriculum-based experiments (demonstrations, verifications, and measurements) using robust, easy-to-operate instruments. A research lab requires higher precision, specialised analytical instruments, and advanced equipment (e.g., spectrophotometers, centrifuges, HPLC). AJKANT Overseas supplies instruments for both levels.

To set up a new school physics lab: (1) Identify the curriculum requirements (CBSE/ICSE/State/IB), (2) Plan the lab layout for safety and workflow, (3) Prepare an instrument list covering all practical experiments, (4) Source from a reliable manufacturer like AJKANT Overseas, (5) Ensure safety equipment (fire extinguisher, first aid kit) is in place. Contact us at https://www.ajkantoverseas.com/contactus for a free lab setup consultation.

Every school science lab should have: fire extinguisher, first aid kit, safety goggles and gloves, fume hood (for chemistry labs), eye wash station, fire blanket, emergency exit, material safety data sheets (MSDS), and a clearly marked emergency procedure. AJKANT Overseas recommends safety planning as part of any lab setup project.

A school biology lab typically needs one microscope per 2–4 students to allow all students to observe specimens during a practical session. For a class of 30 students, 8–15 microscopes are recommended. For budget constraints, shared use with structured scheduling can work with 6–8 microscopes. Contact AJKANT Overseas for bulk microscope pricing.

A science kit is a portable, self-contained set of instruments and materials for a specific set of experiments — ideal for primary/middle schools or locations without dedicated lab rooms. A full lab setup includes furniture, larger instruments, and permanent installations for a dedicated laboratory space. AJKANT Overseas supplies both science kits and complete lab setups.

A procurement list should: (1) Reference the official curriculum practical syllabus, (2) List each instrument with quantity per student group, (3) Include consumables (chemicals, slides, batteries), (4) Specify technical specifications (e.g., microscope magnification, thermometer range), and (5) Include safety equipment. AJKANT Overseas can help prepare customised procurement lists — contact us at https://www.ajkantoverseas.com/export-enquiry.

A STEM (Science, Technology, Engineering, Mathematics) lab is an integrated learning space designed for project-based, inquiry-driven learning across multiple subjects. AJKANT Overseas supports STEM lab development by supplying instruments across physics, chemistry, biology, mathematics, and electronics — contact us for customised STEM lab packages.

Yes. AJKANT Overseas supplies instruments suitable for IB (International Baccalaureate) Physics, Chemistry, and Biology practical programmes. Our export experience with international schools across Asia, Africa, and the Middle East makes us a reliable supplier for IB curriculum labs. Contact us at https://www.ajkantoverseas.com/export-enquiry.

A virtual lab is a computer simulation of laboratory experiments. While useful for pre-lab preparation, understanding concepts, and schools without lab infrastructure, virtual labs cannot fully replace hands-on physical experiments for developing practical skills, measurement techniques, and real instrument familiarity. AJKANT Overseas believes physical labs remain essential for quality science education.

In India, school lab equipment funding is available through: Samagra Shiksha Abhiyan grants, state education department science lab programs, school improvement grants from district administrations, CSR-funded school programs, and STEM education initiatives from organizations like DST and SERB. AJKANT Overseas works with schools and NGOs on funded lab projects.

A permanent magnet retains its magnetism indefinitely without external power (e.g., bar magnets, horseshoe magnets). An electromagnet is a coil of wire carrying current that creates a magnetic field only when current flows — the strength and polarity can be varied by changing current. Both types are used in physics labs and supplied by AJKANT Overseas.

A horseshoe magnet is U-shaped, concentrating magnetic flux between its two poles in a small gap. It is used for: lifting iron objects, studying magnetic field patterns between poles, demonstrating electromagnetic induction (moving coil in the gap), and as a model for DC motor construction. AJKANT Overseas manufactures horseshoe magnets in various strengths.

Magnetic flux density (B) measures the strength of a magnetic field in Teslas (T). In labs, it is measured using a Hall probe connected to a magnetometer or Gaussmeter. For educational purposes, it is studied through force on a current-carrying conductor (F = BIL) experiments using a current balance.

The Earth's magnetic field (approximately 25–65 microtesla) can be studied using a dip needle (to measure inclination angle), a deflection magnetometer (to measure horizontal component), and a tangent galvanometer. Understanding Earth's magnetic field is essential for navigation and is a key physics practical topic.

A tangent galvanometer is a device used to measure current by the deflection of a magnetic needle in the plane of a vertical coil. It works on the principle of the tangent law (H = Bi tan theta) and is used to determine the horizontal component of Earth's magnetic field and measure small currents in physics labs.

Plotting compasses are small magnetic compasses in a transparent case used to trace magnetic field lines around magnets. By placing them along the field direction around a bar magnet and marking successive positions, the complete magnetic field pattern can be mapped. AJKANT Overseas supplies plotting compass sets for magnetism experiments.

The magnetic moment (M) of a bar magnet is the product of its pole strength and the distance between poles. It is determined in labs using: (1) The vibration magnetometer method (measuring time period of oscillation in Earth's field), (2) The deflection magnetometer method. Both methods are standard CBSE/university physics practicals.

An electromagnet is made by winding insulated copper wire around a soft iron core and passing electric current through it. The magnetic strength depends on the number of turns, current, and core material. In physics labs, student electromagnet kits are used to study factors affecting electromagnetic strength. AJKANT Overseas supplies electromagnet kits for educational labs.

Magnetic hysteresis is the lagging of magnetisation behind the applied magnetic field in ferromagnetic materials, traced as a B-H loop. Understanding hysteresis is important for choosing materials for permanent magnets (high hysteresis loop area = hard magnetic material) vs transformer cores (low area = soft material for energy efficiency).

A vibration magnetometer is used to compare the magnetic moments of two magnets or to determine the horizontal component of Earth's magnetic field. A magnet is suspended horizontally and allowed to oscillate; the time period is measured. AJKANT Overseas manufactures vibration magnetometers for college physics labs.

Yes. Nigeria is one of AJKANT Overseas's key export markets in West Africa. We supply laboratory equipment to Nigerian schools, universities (including University of Lagos, ABU Zaria, and state universities), government ministries, and institutional buyers. We handle all export documentation including Nigerian port requirements. Visit https://www.ajkantoverseas.com/countries-we-export/africa for details.

Yes. AJKANT Overseas exports scientific and laboratory instruments to Kenya, including Nairobi, Mombasa, and other regions. We supply to Kenyan schools, colleges, polytechnics, and government educational programs. Contact us at https://www.ajkantoverseas.com/export-enquiry for Kenya-specific pricing and shipping.

Yes. AJKANT Overseas exports to Ghana through Tema Port, supplying laboratory equipment to Ghanaian schools, technical institutes, the University of Ghana, and government education programs. We provide full export documentation and handle sea freight logistics.

Yes. AJKANT Overseas exports to Ethiopia, primarily through Djibouti port (transit). We supply to Ethiopian universities, secondary schools, healthcare facilities, and government education procurement programs. Contact us at https://www.ajkantoverseas.com/export-enquiry for Ethiopian project requirements.

Yes. AJKANT Overseas exports laboratory equipment to Tanzania through Dar es Salaam port. We supply to Tanzanian schools, universities (UDSM), vocational institutions, and NHIF-funded health facilities. Full documentation and packaging for sea freight is provided.

Yes. UAE is a key Middle East export market for AJKANT Overseas. We supply to Dubai, Abu Dhabi, Sharjah, and other emirates — to international schools, universities, healthcare facilities, and industrial labs. UAE buyers benefit from streamlined documentation and air freight options for faster delivery.

Yes. AJKANT Overseas exports to Saudi Arabia, including Riyadh, Jeddah, Dammam, and Khobar. We supply to Saudi schools, universities, hospitals, and industrial facilities. Our documentation includes SASO compliance certificates and Arabic packing lists where required. Contact us at https://www.ajkantoverseas.com/export-enquiry.

Yes. AJKANT Overseas exports scientific instruments to Malaysia, Philippines, Sri Lanka, Bangladesh, Myanmar, Nepal, and other Southeast Asian countries. We work with local distributors and directly with institutions. Sea freight via Singapore or direct to Port Klang/Colombo is standard.

Yes. AJKANT Overseas exports to Uganda (Kampala) and Rwanda (Kigali) through Mombasa port. We supply to East African Community-aligned educational projects, government schools, and university lab setups. Contact us at https://www.ajkantoverseas.com/export-enquiry for East Africa project pricing.

Yes. International buyers, distributors, and institutional representatives are welcome to visit our manufacturing facility in Ambala, Haryana, India. We can arrange factory tours, product demonstrations, and business meetings. Please contact us in advance at https://www.ajkantoverseas.com/contactus to schedule your visit.

Yes. AJKANT Overseas exports to select European and UK customers — primarily educational distributors, research institutions, and science project organisations. European exports comply with CE marking requirements where applicable. Contact us at https://www.ajkantoverseas.com/export-enquiry for European market enquiries.

Yes. AJKANT Overseas exports to the USA, supplying Indian-manufactured scientific instruments to educational distributors, schools, and research institutions. US exports comply with relevant import requirements. Contact us at https://www.ajkantoverseas.com/export-enquiry for US pricing and compliance details.

To import laboratory equipment from India: (1) Place an order with AJKANT Overseas and confirm specifications, (2) Receive pro forma invoice, (3) Arrange payment (T/T wire transfer or L/C), (4) We prepare export documentation (commercial invoice, packing list, CoO, B/L), (5) Customs clearance in your country using the provided documents. Contact us at https://www.ajkantoverseas.com/export-enquiry for step-by-step guidance.

AJKANT Overseas's most popular products exported to Africa include: complete school lab setup packages (physics, chemistry, biology), microscopes (student binocular microscopes), autoclaves, dissection sets, bar magnets, optical instruments, and glassware sets. African institutional buyers typically order complete lab supply packages for government school projects.

A typical school lab supply order for a single school (30–40 students per class, 3 labs) fits in a 20-foot container. For multiple school projects (ministry of education level), a 40-foot container or multiple containers may be needed. AJKANT Overseas coordinates full container load (FCL) and less than container load (LCL) shipments depending on order volume.

A compound pendulum (physical pendulum) is any rigid body pivoted at a point not at its centre of mass, allowed to oscillate under gravity. It is used in college physics labs to determine 'g' (acceleration due to gravity) and the radius of gyration of the body. AJKANT Overseas manufactures compound pendulum apparatus with multiple pivot holes.

Kater's reversible pendulum is a physical pendulum with two knife edges on opposite sides, designed so the period of oscillation is equal from both pivot points. This allows a very accurate determination of 'g' because the computation is simplified. It is used in advanced physics labs and universities.

The flywheel experiment determines the moment of inertia and the coefficient of friction of a flywheel's axle. A mass is attached to the axle by a string; when released, it falls and spins the flywheel. By counting the number of rotations and measuring the fall time, the moment of inertia is calculated. AJKANT Overseas manufactures flywheel apparatus for college labs.

Searle's helix apparatus determines the modulus of rigidity (shear modulus) of a given wire material. A wire is twisted by hanging a heavy disc from it, and the angle of twist is measured using a mirror and scale attached to the disc. AJKANT Overseas manufactures Searle's helix apparatus for college physics labs.

Young's modulus (E) is a measure of a material's stiffness under tensile stress. E = Stress/Strain. In labs, it is determined using: (1) Searle's apparatus (extension of wire under load), (2) Cantilever method, or (3) Flexion of a uniform bar. AJKANT Overseas supplies Searle's apparatus for Young's modulus experiments.

A helical spring experiment determines the spring constant (k) of a spring using Hooke's Law (F = kx). By hanging known masses and measuring the extension, a Force-Extension graph is plotted; the slope gives k. The time period of oscillation T = 2*pi*sqrt(m/k) gives another way to find k. AJKANT Overseas supplies spring sets with hangers and stands.

Pulleys are used in mechanics labs to demonstrate: simple machines, mechanical advantage, velocity ratio, and efficiency of pulley systems. Single fixed, single movable, and compound pulley systems are studied to understand how machines reduce effort. AJKANT Overseas supplies pulley sets with weight hangers for school and college labs.

The coefficient of friction (mu) is the ratio of the frictional force to the normal reaction force: mu = F/N. Static and kinetic friction coefficients are measured using: (1) an inclined plane with a block, (2) a horizontal surface with spring balance and hanging mass. AJKANT Overseas supplies inclined plane and friction apparatus for school labs.

Maxwell's needle experiment determines the modulus of rigidity (shear modulus) of a wire. The needle (a hollow cylinder) is suspended from the wire and made to oscillate; its period of torsional oscillation is measured with and without additional weights. AJKANT Overseas manufactures Maxwell's needle apparatus for college physics labs.

A bar pendulum is a uniform metal bar with multiple holes drilled along its length for pivoting — it is a type of compound pendulum. Unlike a simple pendulum (mass on a string), it has a distributed mass. It is used to determine 'g' and study how the effective length of a physical pendulum changes with pivot position. AJKANT Overseas manufactures bar pendulum apparatus for college labs.