Microscope Manufacturer, Suppliers and Exporter in China

Edu Lab China is leading Microscope Manufacturer,and supplier and Exporter in China, 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.)

Edu Lab China manufactures and exports microscopes for school, university, TVET, clinical and research laboratories from its works in Zhengzhou, Henan, China. The range covers 55 instruments in seven families — laboratory (compound biological), student, teaching and multi-head, surgical, stereo, digital and inverted — from a two-moving-part classroom scope that needs no electricity, through to trinocular infinity-optics systems, inverted phase-contrast units and motorised surgical microscopes.

Optical specifications published on this site include widefield 10x eyepieces at 18 mm, 20 mm and 22 mm field of view, achromatic and plan achromatic objectives from 1x to 100x, magnification to 1000x, mechanical stages up to 140 x 135 mm with 76 x 50 mm travel, and cordless, rechargeable and solar LED illumination for sites with unreliable mains power.

Full specifications are on each product page under the Specifications tab. Anything not published is available on request.

What microscope families does Edu Lab China make?

Seven families are in production: laboratory (compound biological), student, teaching and multi-head, surgical, stereo, digital and inverted microscopes. Together these cover routine classroom practicals, university biology and materials teaching, histopathology instruction, cell culture work, electronics and specimen inspection, and clinical surgical use.

The families are not interchangeable, and the difference that matters most is optical geometry rather than price. Compound instruments (laboratory, student, teaching, inverted) pass light through a thin specimen on a slide and give high magnification of a flat field. Stereo instruments use two separate optical paths onto a solid object and give a three-dimensional, upright, correctly handed image at low magnification — which is what dissection, soldering and mineral work require. Surgical microscopes are a separate class again, built around long working distance and a clear operating field. Choosing on magnification alone is the most common specification error in institutional purchasing.

How do you choose a microscope for a school laboratory?

Match the instrument to the specimen and to the room, not to the magnification figure. For slide work at secondary level, a monocular compound microscope with 4x, 10x and 40x achromatic objectives and a widefield 10x eyepiece is sufficient. For dissection and whole objects, a stereo microscope is required instead. Check the power supply before anything else.

Four specification lines decide whether an instrument will actually work in a given room. Treat them as a checklist rather than a preference list — this is the Four-Line Specification Check used throughout the guidance below.

1. Viewing head. Monocular for single-user school work; binocular for extended observation and reduced eye strain; trinocular where a camera will be fitted; multi-head where a demonstrator and students must see the same field.
2. Objective set. Achromatic objectives are the classroom standard. Plan and plan achromatic objectives give a flat field edge to edge and matter for photography and for slide-scanning tasks. A 100x oil-immersion objective is only worth specifying if oil, and the technique to use it, will be available.
3. Stage and focus. Sample clips are adequate for teaching; a mechanical stage with coaxial coarse and fine controls is needed for systematic slide searching. Stage travel, not stage size, determines how much of a slide can be examined.
4. Illumination and power. See the section below — this is the line most often left out of tender documents and the one that most often makes an instrument unusable after delivery.

Why does illumination and power supply matter more than it looks?

Because a microscope which cannot be switched on does not function as a microscope. The laboratories which do not get continuous mains supply must use battery-operated or solar-powered LED microscopes. This site publishes several illumination and power configurations across the student, laboratory and stereo ranges.

Rechargeable and solar options are worth specifying explicitly in a tender rather than leaving illumination as "LED", which does not distinguish a mains-only unit from a cordless one.

What is the difference between a compound and a stereo microscope?

A compound microscope is an instrument that uses the passage of light rays through a mounted specimen to magnify a plane field of view up to 400X or 1000X. The stereo microscope employs two independent optical paths for an opaque object to form a 3D upright image at around 10X to 40X.

In practice the choice is decided by the specimen. Cells, tissue sections, blood films and prepared slides need a compound instrument — on this site, the laboratory, student and teaching ranges. Insects, flowers, circuit boards, minerals, coins and anything being dissected or manipulated under the lens need a stereo instrument, because working distance and depth of field are what the task requires and high magnification would be a hindrance.

The stereo range here publishes fixed magnifications (1x, 2x, 3x and 4x objectives; 10x and 30x; 20x and 40x) and a cordless zoom series covering 10x to 30x, with a stated field of view of 20 mm at low power and 6.6 mm at high power.

Which microscope suits a pathology or histology teaching room?

A multi-head or dual-view teaching microscope, because it lets a supervisor and one or more students examine the same field simultaneously — which is how slide interpretation is actually taught and assessed. This site publishes dual-view side-by-side and front-to-back configurations, three-head research systems and LED dual-view histopathology instruments in binocular and trinocular form.

Specification points that matter for this room: a trinocular head if sessions will be recorded or projected; widefield 10x/22 mm focusable eyepieces with diopter adjustment so each observer can set their own focus; reticle compatibility (26 mm and 26.5 mm reticles are accepted across several models here) if measurement is part of the exercise; and a reverse-angle nosepiece with click stops, which keeps the objective clear of the slide during rotation.

The laboratory range also includes dedicated binocular and trinocular histopathology instruments with cordless LED illumination and antifungal-coated eyepieces — a practical consideration in humid climates.

Do you need a digital microscope or a camera for an existing microscope?

Usually a camera. If the lab facility already has trinocular microscopes in good working condition, using the USB eyepiece camera becomes a lot more economical than buying new instruments since it does not render the lenses purchased previously worthless. The choice to use a digital microscope only makes sense when computer viewing is the main objective.

The digital range on this site reflects that: it holds a 2 MP and a 5 MP USB eyepiece video camera, one digital monocular microscope at 400x with achromatic 4x, 10x and S40x objectives, and a metal gooseneck stand. Buyers looking for a complete digital imaging system should read this as a capture-and-mounting range rather than a full instrument line, and specify the host microscope separately.

Several instruments in the laboratory and teaching ranges are supplied in trinocular form with a dedicated camera port, and one student model publishes a vertical camera port — those are the natural hosts for the 2 MP and 5 MP cameras. Confirm eyepiece tube diameter and adapter fit at enquiry stage.

When is an inverted microscope the right choice?

When the specimen cannot be put on a slide. Inverted microscopes place the objectives beneath the stage so cells can be observed through the base of a culture flask, dish or well plate without disturbing them — the standard configuration for tissue culture. The same geometry suits polished metal samples that must sit flat, face down.

Two variants are published here. Inverted phase-contrast instruments — available in binocular, ergonomic binocular and trinocular form — reveal unstained, transparent living cells, which is the routine requirement in a culture room. Inverted metallurgical microscopes in binocular and trinocular types are used for reflected light microscopy of metal and material samples in educational purposes related to engineering and materials science.

Specifics include: a five-position nosepiece where at least five objectives should be permanently installed, WF 10x/22mm focusable eyepieces with roll-down eye guards, plan achromatic objectives providing a flat field, and antifungal coatings for humid labs.

What should a microscope tender specification actually list?

Six lines, in this order: viewing head type, objective set with numerical apertures, eyepiece magnification and field of view, stage size and travel, illumination type and power source, and whether a camera port is required. Magnification alone is not a specification and is the most common cause of a delivered instrument being unfit for the syllabus.

Ask for the product code on every line of a bill of quantities. Codes on this site run in a single sequence (EL-LM-, EL-SM-, EL-TAMHM-, EL-DM-, EL-IM- prefixes) and pin the quotation to a specific model.

How does Edu Lab China supply and support microscope orders?

Orders can be placed through the site's cart and checkout, or by enquiry for bulk, institutional and tender purchases. There is no minimum order quantity on most items, though a minimum may apply to specialised equipment. Standard delivery is 10–21 business days depending on destination and product, with expedited air freight available.

Supply terms published on this site:

• Warranty: a standard one-year warranty against manufacturing defects on most equipment, with additional cover available on request.
• Payment: international bank transfer (T/T), PayPal, or Letter of Credit for institutional orders with satisfactory credentials.
• Shipping and tracking: DHL, FedEx and other carriers, with a tracking number issued on despatch.
• Transit damage: report within 48 hours with photographs of the packaging and the product for a free replacement or credit.
• Documentation: technical datasheets and user manuals sit under the Specifications tab on each product page; further documentation is available by email.
• Languages: manuals and labels can be supplied in English, Spanish, French, Arabic and Mandarin on bulk and institutional orders.
• Installation and training: manuals, video demonstrations, remote technical consultation and turnkey laboratory setup including design consultancy, product selection, delivery and installation.
• Samples: available on request for institutional assessment on selected lines.

Explore the microscope range

• Laboratory Microscope
• Student Microscope
• Teaching and Multi Head Microscope
• Surgical Microscope
• Stereo Microscope
• Digital Microscope
• Inverted Microscope

Tenders / OEM ·Contact Us ·FAQ

Frequently asked questions

What microscopes does Edu Lab China manufacture?

Seven families: laboratory (compound biological), student, teaching and multi-head, surgical, stereo, digital and inverted microscopes — 55 instruments in total. These cover school and university practicals, histopathology teaching, cell culture, materials science, specimen and electronics inspection, and clinical surgical use.

Is there a minimum order quantity for microscopes?

There is no minimum order quantity on most items, and bulk orders are priced lower. A minimum order quantity may apply to specialised equipment. Confirm with the sales team before finalising a bill of quantities, particularly where a single line item is a large fraction of the order.

What warranty applies to microscopes?

A standard one-year warranty against manufacturing defects applies to most equipment. Additional warranty cover is available on request and should be agreed at quotation stage rather than after despatch — institutional and tender buyers usually need the warranty period fixed in the contract documents.

How long does delivery take and how are microscopes shipped?

Standard delivery is 10–21 business days, depending on destination and product category. Expedited air freight is available for urgent orders. Shipments go by DHL, FedEx and other carriers, and a tracking number is issued once the order is despatched.

What payment terms are available for institutional buyers?

International bank transfer (T/T), PayPal, and Letter of Credit for institutional orders with satisfactory credentials. Credit terms can be arranged for repeat customers. Letter of Credit is generally the appropriate route for tender-funded and ministry purchases.

Can manuals and labels be supplied in other languages?

Yes — manuals and labels can be translated into English, Spanish, French, Arabic and Mandarin on bulk and institutional orders. Specify the required language with the order rather than after despatch, and state it in the tender documents so it is priced in.

What happens if a microscope arrives damaged?

Report transit damage within 48 hours with photographs of both the packaging and the product. A free replacement or a credit is issued under the warranty and returns policy. Photograph the outer carton before unpacking, since packaging condition is part of the claim.

Request a quotation

Small orders can be placed directly through the cart and checkout.

For bulk, institutional and tender purchases — including turnkey laboratory setup, OEM enquiries and Ministry of Education tenders —request a quote orview tender and OEM information. Include your institution name, the required delivery schedule and, where possible, product codes. Enquiries are typically answered within one business day.