Lab Equipment Manufacturer, Suppliers and Exporter in China
Lab equipment includes scientific instruments, teaching apparatus, glassware, microscopes, laboratory furniture and technical-training systems used for experiments, observation, measurement, testing and practical instruction. This category is intended for schools, universities, TVET institutions, research laboratories and industrial users sourcing individual products, laboratory schedules or complete institutional consignments.
Science Lab Supplies is a Manufacturer & Exporter of lab equipment based in Liaoyang, Liaoning, China. Its catalogue covers physics, mathematics, biology, chemistry, laboratory glassware, educational science, analytical testing, engineering, TVET, microscopy and hospital applications. The category page also identifies work benches, analytical balances, microscopes, centrifuges, hot plates, heating mantles, pH meters, fume hoods, autoclaves, storage cabinets and laboratory stools. Export markets listed on the site span Africa, Asia, the Middle East, Europe, the Americas and Oceania. Buyers should confirm the intended application, technical specification, accessories, quantity, installation conditions and required documents before ordering.
How do you select lab equipment for a school, university or TVET institution?
Select lab equipment by defining the experiment, measurement, demonstration or practical skill that each item must support. Then compare the required capacity, operating range, construction, electrical supply, accessories and installation conditions. The proposed model should be checked against a written specification rather than selected from its category name alone.
Schools can organise requirements by physics, chemistry, biology, mathematics and general science activities. Universities and research laboratories should define the sample, measurement or analytical process. TVET institutions should separate scientific apparatus from workshop tools, engineering trainers and vocational machines. Industrial users should identify the test or operating function. Specifications and manuals can be requested when the published product information is insufficient.
What types of lab equipment are included in the catalogue?
The catalogue divides lab equipment into discipline-based and application-based collections. These include school science apparatus, laboratory glassware, analytical instruments, engineering systems, vocational-training equipment, microscopes and hospital equipment. Buyers should verify current product assignments because the main Lab Equipment page does not currently display individual product cards.
|
Type |
Key feature |
Typical use |
|
Physics lab equipment |
Apparatus grouped under motion, waves, energy, electrostatics, optics, magnetism, astronomy and atomic physics |
Physics experiments, demonstrations and practical instruction |
|
Maths lab equipment |
Includes maths-lab materials, stationery, manipulatives and geometry resources |
Hands-on mathematics teaching and demonstrations |
|
Biology lab equipment |
Includes charts, models, dissecting equipment, environmental instruments, anatomy models, microtomes and staining equipment |
Biological observation, anatomy teaching and specimen-related work |
|
Chemistry lab equipment |
Includes safety equipment, apparatus, burners, crucibles, tubing, filtration and gas-preparation items |
Chemistry experiments, preparation, heating and handling |
|
Lab glassware |
Includes beakers, burettes, flasks, bottles, centrifuge tubes, joints and condensers |
Containing, measuring, transferring and processing laboratory materials |
|
Educational lab equipment |
Includes charts, chemicals, school equipment, electronics products, plasticware, porcelain ware and science kits |
Classroom science, STEM demonstrations and practical learning |
|
Analytical lab equipment |
Includes electrochemistry, pharmacology, research, general laboratory and pathology equipment |
Laboratory measurement, testing and analytical work |
|
Engineering lab equipment |
Includes survey, metallurgy, heat transfer, fluid mechanics, mass transfer, measurement, mechanical and civil engineering systems |
Engineering instruction, demonstration and testing |
|
TVET lab equipment |
Includes workshop tools, work benches, welding equipment, woodworking machines, CNC trainers and trade-training systems |
Vocational and workshop-based technical training |
|
Microscope lab equipment |
Includes slides, cameras, binocular, student and metallurgical microscopes |
Specimen viewing, image capture, teaching and material observation |
|
Hospital lab equipment |
Includes furniture, thermal systems, anatomy instruments, blood-bank products, dental equipment, holloware and OPD equipment |
Medical training and institutional hospital-equipment requirements |
Which lab equipment specifications should buyers compare?
Buyers should compare specifications that determine whether an item can perform the required laboratory or training task. Relevant criteria may include capacity, measurement range, readability, material, operating controls, electrical requirements, accessories and installation needs. The applicable checks differ between instruments, glassware, furniture, trainers and workshop equipment.
|
Criterion |
What to check |
|
Discipline and task |
Define the experiment, demonstration, measurement, test or practical skill. |
|
User level |
State whether the users are in a school, university, TVET institution, research laboratory or industry. |
|
Capacity or range |
Specify the required volume, load, sample capacity or operating range where applicable. |
|
Measurement requirement |
State the required readability, resolution or tolerance for measuring instruments. |
|
Construction and materials |
Confirm required frames, surfaces, contact materials, glassware type or cabinet construction. |
|
Controls and display |
Identify required control, indication, display or adjustment functions. |
|
Electrical requirements |
Confirm voltage, frequency, plug type and available laboratory utilities. |
|
Accessories |
List required probes, vessels, objectives, holders, cables, rotors, racks or consumables. |
|
Installation conditions |
Check space, ventilation, water, drainage, power and commissioning requirements. |
|
Documentation |
Request current datasheets, manuals and applicable product-specific records. |
|
Quantity and packing |
Provide quantities and any laboratory-wise, institution-wise or lot-wise packing instructions. |
|
Destination and freight |
State the delivery country and whether sea or air freight should be quoted. |
How should a lab equipment BOQ be prepared?
Prepare a lab equipment BOQ line by line, with one product description, minimum specification and quantity per entry. Include the discipline, intended application, required accessories, destination, delivery deadline and mandatory documentation. This format allows each requirement to be matched to a proposed catalogue item.
Science Lab Supplies states that tender schedules are mapped against catalogue items and that deviations or equivalent products are declared in the quotation. Buyers should separate mandatory requirements from preferred features and identify required materials, capacities, controls, power supplies, inspection conditions and packing marks. Where samples are required, the approved specification should be frozen in writing before production.
What documents can buyers request for a tender or export order?
Tender and export buyers can request an itemised technical quotation, authorisation form, datasheets, manufacturer-stated certificate copies, Certificate of Origin, HS-coded packing list and inspection documentation. The exact document set should correspond to the quoted models, destination, tender clauses and agreed contract scope.
The tender page also refers to warranty or installation letters, manuals, internal quality-control reports and buyer-nominated third-party inspection where applicable. Certificate copies described as ISO 9001 or CE are manufacturer-stated and should be independently checked for validity and product scope. Installation and support documents should be included only where those services are expressly confirmed in the quotation or contract.
How are international lab equipment orders packed and shipped?
International orders are packed and shipped according to the equipment mix, quantity, destination and freight mode. Science Lab Supplies states that consignments can use export-grade packing, labels, HS codes and customs documentation, with sea or air freight selected according to order size and urgency.
Buyers should identify fragile instruments, glassware, furniture or large training systems requiring special handling. Institution-wise or lot-wise packing and carton marking should be specified before production or dispatch. Shipping time and freight cost are quoted for each order because they depend on the consignment and destination. The site contains conflicting country-count claims, so no numerical export-market total is used here.
Related catalogue and procurement pages
- Science Lab Supplies
- Full Product Catalogue
- Tender and OEM Enquiries
- About Science Lab Supplies
- Frequently Asked Questions
- Contact and Quotations
Frequently Asked Questions
What is lab equipment?
Lab equipment is the collection of scientific instruments, apparatus, glassware, furniture and training systems used for experiments, observation, measurement, testing and practical instruction. The Science Lab Supplies catalogue covers physics, mathematics, biology, chemistry, analytical, engineering, TVET, microscopy and hospital-related equipment.
Who is this laboratory equipment intended for?
This laboratory equipment is intended for schools, universities, TVET institutions, research laboratories and industrial users. The correct product depends on the scientific discipline, intended procedure, user level, required operating specification, available laboratory infrastructure and accessories needed for the task.
Can buyers request specifications before ordering?
Yes. Buyers can request product specifications, detailed datasheets, user manuals, photographs, samples where applicable and product-specific documentation before placing a large order. The enquiry should include the item, intended use, quantity, destination and mandatory technical requirements.
Can Science Lab Supplies quote a complete tender BOQ?
Yes. Science Lab Supplies states that it prepares line-by-line quotations against a buyer’s BOQ or schedule of requirements, with proposed items, technical information and declared deviations or equivalents. Buyers should include the tender reference, deadline, quantities, destination and documentation checklist.
Is there a fixed minimum order quantity?
There is no single fixed minimum order quantity for every lab equipment product. The tender page states that practical minimums depend on the item and production batch, while the FAQ states that requirements also vary between standard, OEM, private-label and consumable products.
Does Science Lab Supplies ship laboratory equipment internationally?
Yes. Science Lab Supplies states that laboratory equipment is shipped internationally by sea or air, depending on the consignment size, destination and urgency. Export packing, labelling, customs documents, freight cost and delivery timing are confirmed for each order.
How do buyers request a quote or catalogue?
Buyers can request a quotation or catalogue through the contact page by submitting their item list, quantities, specifications and destination. Bulk and tender enquiries should also include the BOQ, deadline, inspection requirements, packing instructions and required export documents.
Request a Quote or Catalogue
Send your lab equipment list, BOQ or laboratory schedule to Science Lab Supplies. Include quantities, intended applications, minimum specifications, destination and any tender, inspection, documentation, packing or installation requirements.
