Material testing machines Manufacturer, Suppliers and Exporter in India

Educational Lab Equipment India is leading Material testing machines Manufacturer,and supplier and Exporter in India, Algeria (Algiers), Angola (Luanda), Argentina (Buenos Aires), Armenia (Yerevan), Australia(Canberra), Austria (Vienna), Bahrain (Manama), Bangladesh (Dhaka), Bhutan (Thimphu), Bolivia (Sucre), Botswana (Gaborone), Brazil (Brasília), Brunei (Bandar Seri Begawan), Montenegro (Podgorica), Morocco (Rabat), Mozambique (Maputo), Myanmar (Naypyidaw), Namibia (Windhoek), Nepal (Kathmandu), New Zealand (Wellington), Nigeria (Abuja), Oman (Muscat), Palestine (Ramallah), Panama (Panama City), Papua New Guinea (Port Moresby), Paraguay (Asunción), Peru (Lima), Philippines (Manila)¸ Portugal (Lisbon), Qatar (Doha), Rwanda (Kigali), Saudi Arabia (Riyadh), Senegal (Dakar), Serbia (Belgrade), Sierra Leone (Freetown), Slovakia (Bratislava), South Africa (Cape Town) (Pretoria) (Bloemfontein), South Sudan (Juba), Spain (Madrid), Sri Lanka (Sri Jayawardenepura Kotte) (Colombo), Sudan (Khartoum), Syria (Damascus), Tanzania (Dodoma), Thailand (Bangkok), Togo (Lomé), Tonga (Nuku'alofa), Trinidad and Tobago (Port of Spain), Tunisia (Tunis), Turkey (Ankara), Turkmenistan (Ashgabat), Uganda (Kampala), United Arab Emirates (Abu Dhabi), United Kingdom (London), United States (Washington, D.C.)

Engineering Lab Equipment is a manufacturer and exporter of laboratory and testing equipment based in Bangalore, Karnataka, India. Testing facilities as specified on this website fall into two inter-related categories: destruction testers for hardness, resilience, creep and sheet-formability tests; and a full complement of metallography specimen preparation equipment for cutting, grinding, leveling, polishing and mounting specimens before microscopic study. These items are usually purchased by engineering colleges and polytechnics operating materials science and metallurgy labs, university research departments, quality control departments of manufacturing industry, and their suppliers.

What is listed

Eleven items are listed, catalogued underMaterials Testing Lab Equipment. They divide into test machines and specimen-preparation equipment.

Item	Product code	Published detail	Group
Vickers Hardness Tester	EL-MTLE-10604	Testing range described as covering soft metals such as lead through to hard steel	Test machine
Electronic Spring Tension Machine	EL-MTLE-10605	Spring tension and compression test instrument	Test machine
Creep Testing Machine	EL-MTLE-10606	Uses specimens of lead and various plastics	Test machine
Erichsen Cupping Machine	EL-MTLE-10607	Described as offering longer functional life	Test machine
Cut Off Wheel Machine	EL-MTLE-10612	Supplied with a cooling system	Specimen preparation
Metallurgical Samples	EL-MTLE-10614	Bakelite-mounted ready specimens for microscopic observation	Specimen preparation
Metallography Hand Grinder	EL-MTLE-10609	Stainless steel construction with a cast aluminium base	Specimen preparation
Dry Belt Surfacer	EL-MTLE-10611	Heavy-duty steel body	Specimen preparation
Specimen Leveller	EL-MTLE-10610	No specification published beyond the product name	Specimen preparation
Single Disc Polishing Machine	EL-MTLE-10608	For polishing metallography samples ahead of microscopic observation	Specimen preparation
Profile Projectors	EL-MTLE-10613	For complex-shape stampings, gears, cams and threads, and for comparing a measured contour against a model	Measurement and inspection

Universal testing machines, Brinell and Rockwell hardness testers, impact testers, torsion machines, fatigue machines and metallurgical microscopes are not currently listed in this category. Compression testing machines are listed separately underConcrete Testing Lab Equipment.

How the metallography equipment works as a sequence

Seven of the eleven items form one continuous specimen-preparation workflow, and they are most usefully specified together rather than line by line. A metal sample is sectioned on the cut-off wheel machine, mounted in Bakelite, ground flat on the hand grinder and dry belt surfacer, squared on the specimen leveller, and finished on the single disc polishing machine before it can be examined. Buying part of that sequence leaves the laboratory unable to complete a specimen.

Two consequences follow for procurement. First, if any step is bought from a different supplier, confirm that specimen mount diameters match across machines — a mount that fits the polishing head but not the leveller stops the workflow. Second, the sequence ends at examination, and no microscope is listed in this category; a metallurgical microscope has to be specified separately or the prepared samples cannot be used.

Buyer's selection guide

What must be requested in writing before these machines can be specified?

The performance figures. Published descriptions here run to one line each — "Precisely-engineered", "Longer functional life", "Heavy duty made in steel body" — and none of these is a specification a tender can be evaluated against. Every item below has to be obtained in writing before a BOQ line can be written.

What to request	Why it matters
Test force range and scales	For the Vickers hardness tester, ask for the available test loads in kgf or N, the scales covered, the optical magnification, and whether the readout is optical or digital. A tester covering lead through hard steel implies a wide load range, but the range itself is not published and it determines both price and suitability.
Capacity and load resolution	For the spring tension machine, ask for maximum test load, stroke and resolution. For the creep testing machine, ask the applied load range, the lever ratio, and whether a furnace or temperature control is included — creep testing on plastics and on lead are different duty cycles.
Specimen sizes accepted	For the cupping machine, ask the sheet thickness and blank size range. For the cut-off wheel machine, ask the maximum section size. For the mounting, grinding, levelling and polishing equipment, ask the mount diameter range each accepts, and confirm those match.
Motor rating and electrical supply	The polishing machine, dry belt surfacer, cut-off wheel machine and hand grinder are all motorised. Confirm motor power, phase, operating voltage and frequency against the destination country's supply before ordering. None of this is published for any listed item.
Consumables and what is included	Ask which consumables are supplied and which must be sourced separately: abrasive cut-off wheels and coolant, grinding belts and papers, polishing cloths and diamond or alumina suspensions, Bakelite mounting powder, and etchants. These are recurring costs and are frequently excluded from a headline machine price.
Hardness test blocks	A hardness tester cannot be verified in service without certified reference blocks. Ask whether test blocks are supplied, at which hardness values, and who certifies them.
Calibration certificate	Ask whether a calibration certificate is issued with each machine, who issues it, against what reference, and on what date. Request a specimen certificate before award rather than accepting a general assurance.
Metallurgical microscope	Confirm separately, since none is listed here. Specify the magnification range, illumination type and any camera or measurement software required, and check that the stage accepts the mount diameter produced by the preparation equipment.
Profile projector specification	Ask for screen diameter, magnification range, measuring travel in X and Y, and resolution. A profile projector is an inspection instrument and is normally evaluated on those four figures.

What should a bulk or institutional enquiry include?

Send the product code and quantity for each line, the destination country and electrical supply, and — where a metallography laboratory is being equipped — the intended specimen size and mount diameter so the preparation machines can be matched to each other. If the requirement forms part of a tender, include the tender reference, the submission date and the specification format required, so the response can be matched to BOQ line numbering. Where a specification calls for a machine not listed here, ask in writing whether it can be supplied rather than assuming compliance.

Applications and buyer groups

This equipment supports materials science, metallurgy and mechanical engineering teaching and testing. The Vickers tester covers microhardness and hardness comparison across a wide material range; the spring tension machine supports spring rate and stiffness work; the creep testing machine demonstrates time-dependent deformation using low-melting-point specimens suitable for teaching laboratories; and the Erichsen cupping machine covers sheet metal formability. The metallography sequence supports microstructure examination — grain structure, phase identification, heat-treatment verification and weld or failure investigation. The profile projector supports dimensional inspection of machined and formed components.

Buyer groups served include engineering colleges, polytechnics and technical institutes, universities and research laboratories, industrial and quality-control laboratories, government institutions, NGOs, distributors, importers, project consultants and procurement agencies. Export enquiries are handled for East Africa and wider Africa, Europe, the Middle East and Asia.

Institutional and export support

Engineering Lab Equipment manufactures and exports laboratory and testing equipment from India. Product information published across the site — names, images, product codes and descriptions — can be supplied as a catalogue extract for specification writing and BOQ preparation. Because materials testing equipment is normally procured alongside civil and mechanical laboratory equipment rather than on its own, these lines can be quoted on the same schedule as items from theMechanical Engineering Lab Equipment andCivil Engineering Lab Equipment sections. Enquiries for institutional quantities, tender-linked supply and export shipment are handled through thetender and OEM enquiry page and thecontact page.

Related categories

• Materials Testing Lab Equipment — where the eleven items above are catalogued
• Concrete Testing Lab Equipment — compression and flexure testing machines, moulds, workability and non-destructive testing apparatus
• Environmental Testing Lab Equipments — analytical instruments for water, soil and effluent testing
• Mechanical Engineering Lab Equipment — workshop, applied and fluid mechanics, thermal, automobile, refrigeration, instrumentation and robotics ranges
• Civil Engineering Lab Equipment — concrete, cement, soil, bitumen, aggregate, rock, steel, structural, environmental and surveying testing ranges

Frequently asked questions

Is a universal testing machine available in this range?

Not as a listed product. No UTM appears in the material testing category on this site. Send a written specification — required capacity, test types, grips and fixtures, and control system — through the contact page and ask directly whether one can be supplied.

Where are compression testing machines listed?

UnderConcrete Testing Lab Equipment, not here. Several frame types are listed there, including hand-operated, digital and semi-automatic machines. They are specified for concrete cube and cylinder testing, so confirm suitability before applying one to a metals application.

Is a microscope supplied with the metallography equipment?

No microscope is listed in this category. The preparation equipment produces mounted and polished specimens; examining them requires a metallurgical microscope specified separately.

Can material testing lines be ordered on the same schedule as civil or environmental equipment?

Yes. Every listing across the site carries a product code in a single sequential catalogue series, so mechanical, civil and analytical lines can be quoted and referenced together on one BOQ or bid schedule.

Request a quotation

To price material testing or metallography equipment for a laboratory, send the product codes, quantities, intended specimen sizes and the destination electrical supply through thecontact page. For tender-linked and institutional requirements, use thetender and OEM enquiry page.