science lab equipment manufacturer

CHEMISTRY LAB INSTRUMENTS

CHEMISTRY LAB INSTRUMENTS Lab Equipment Manufacturer, Supplier and Exporter in India

Ray Export is a leading manufacturer and supplier of CHEMISTRY LAB INSTRUMENTS in India,

Quick answer. Chemistry lab instruments in this listing are sold as individual catalogue items rather than as a room kit, so the first decision is precision and power, not quantity. Balances here span 0.0001 g on the analytical model down to 0.05 g on the triple beam, and the mechanical types need no bench socket at all. Glassware is listed capacity by capacity instead of in sets. Settle those two questions first - what resolution each experiment actually needs, and whether the room has power at the bench - then order every size and code separately.

This is Ray Export's general chemistry listing, and the largest section in the chemistry range: roughly 320 items across 32 pages. It covers personal protective equipment, laboratory balances, measuring and reaction glassware, bench support items and teaching aids, so most of a chemistry room can be specified from this one listing.

What this listing holds

GroupExamples from the listing
Personal protective equipmentSafety goggles with vents (CLI-0001), face shields (CLI-0002), heavy-duty white lab coats resistant to most chemicals including strong acids (CLI-0003), protective masks (RE: 538)
BalancesAnalytical balance reading to 0.0001 g (CLI-0004), counter balance with cast iron body and brass or stainless pans (CLI-0005), Roberval double pan (CLI-0006), triple beam reading to 0.05 g (CLI-0007) with a mass set extending capacity to 2610 g (CLI-0008), single pan 311 g x 10 mg with four beams and magnetic damping (CLI-0009)
Measuring glasswareMeasuring cylinders 25, 50, 100, 250 and 500 ml (RE: 209 to RE: 234), beakers 50, 100, 250 and 500 ml (RE: 241 to RE: 255), weighing bottles (RE/YXT-810)
Reaction and distillation glasswareStraight condenser (RE: 239), Liebig condenser for water distillation (RE/YXT-821), round-bottom flask (RE/YXT-823), separator and plain funnels (RE/YXT-813, RE/YXT-815), reagent bottles in clear and dark glass with stoppers (RE/YXT-806, RE/YXT-808), Petri dishes (RE/YXT-825), filter paper (RE/YXT-828)
Bench support and safety fittingsUniversal power supply (RE: 542), draining dish holder (RE: 545), first-aid box (RE: 548)
Teaching aidsDynamic model for atomic orbital demonstration (RE: 555), reference material on reagent handling and laboratory safety rules (RE: 558 to RE: 565)

Points to compare before ordering

  • Balance precision varies widely in this listing, from 0.0001 g on the analytical balance down to 0.05 g on the triple beam, so match the instrument to the experiment rather than the budget alone.
  • Mechanical against electronic balances: the Roberval, counter and triple beam types need no power supply, which suits rooms without bench sockets.
  • Glassware is listed by individual capacity rather than as sets, so order each size you need by its own catalogue number.
  • Clear and dark reagent bottles are separate items, since light-sensitive reagents need the dark glass.
  • Catalogue numbers here run in three separate series, CLI-, RE: and RE/YXT-, so quote the full code exactly as it appears on the item page.
  • Protective equipment and filter paper are consumables, so they are worth ordering in class quantities with spares.

Related ranges

Within Chemistry Lab Equipments see also Burners and Science Lab Plasticware. Further glassware and balances are listed under Scientific Lab Equipments.

Request a quote

Send your item list with catalogue numbers and quantities, for example the Triple Beam Balance (CLI-0007) or Measuring Cylinder 250ml (RE: 229), and contact Ray Export for prices and availability.

Frequently asked questions

Which balance should I choose for a school chemistry lab?

Match the instrument to the experiment rather than to the budget. The analytical balance reading to 0.0001 g (CLI-0004) is for quantitative and gravimetric work where the fourth decimal place is the result. The triple beam reading to 0.05 g (CLI-0007) suits routine class weighing, and the mass set (CLI-0008) extends its capacity to 2610 g. The single pan 311 g x 10 mg with four beams and magnetic damping (CLI-0009) settles faster for repeated weighings. The Roberval double pan (CLI-0006) and the counter balance (CLI-0005) are closer to teaching the principle than to precision work.

Do any of these balances work without a power supply?

Yes. The Roberval double pan (CLI-0006), the counter balance with cast iron body and brass or stainless pans (CLI-0005) and the triple beam (CLI-0007) are mechanical, so they need no electricity and suit rooms without bench sockets or with unreliable supply. That makes them practical for annexes, field rooms and sites where sockets are only along one wall. The analytical balance (CLI-0004) is the one where resolution depends on a stable installation, so plan a socket and a vibration-free bench for it. A universal power supply (RE: 542) is listed separately if the bench needs one.

Is the glassware sold in sets or by individual size?

By individual size. Measuring cylinders appear in 25, 50, 100, 250 and 500 ml across RE: 209 to RE: 234, and beakers in 50, 100, 250 and 500 ml across RE: 241 to RE: 255, each capacity carrying its own catalogue number. There is no bundled set on this listing, so build the order size by size with the quantity you need of each. Count the sizes your practical actually uses rather than ordering one of everything, and add spares in the capacities that break most often in class hands.

Why are clear and dark reagent bottles listed as separate items?

Because they do different jobs. The clear reagent bottle with stopper (RE/YXT-806) and the dark glass version (RE/YXT-808) are separate lines, and light-sensitive reagents need the dark glass to limit photodegradation on the shelf. Keeping them separate lets you order the mix your reagent list actually calls for instead of a fixed ratio. Weighing bottles (RE/YXT-810) are a third, distinct item. When you send your list, state the capacity and the glass colour you want against each bottle line so the quotation does not default to clear.

Why do the catalogue numbers use three different formats?

This listing carries three parallel series: CLI- numbers, RE: numbers and RE/YXT- numbers. They are not interchangeable and they are not sequential across the listing, so a code quoted without its prefix can match the wrong item. Copy the full code exactly as it appears on the item page, including the prefix, the colon or slash and any leading zeros. With roughly 320 items spread across 32 pages, the prefix is often the only thing separating two otherwise similar entries, so it is worth checking each line of your list against the item page before sending it.

What else is in this listing besides instruments and glassware?

Three other groups. Personal protective equipment: vented safety goggles (CLI-0001), face shields (CLI-0002), heavy-duty white lab coats described as resistant to most chemicals including strong acids (CLI-0003) and protective masks (RE: 538). Consumables such as filter paper (RE/YXT-828), which is worth ordering in class quantities with spares. And teaching material: a dynamic model for atomic orbital demonstration (RE: 555) plus reference material on reagent handling and laboratory safety rules (RE: 558 to RE: 565), which is literature rather than apparatus. Bench fittings such as the draining dish holder (RE: 545) and first-aid box (RE: 548) are listed here too.

Key takeaways

  • Precision spans four orders of magnitude - 0.0001 g on the analytical balance to 0.05 g on the triple beam, so specify per experiment.
  • Mechanical balances need no socket - the Roberval, counter and triple beam types work in rooms without bench power.
  • Glassware is listed by capacity, not as sets - order each cylinder and beaker size against its own catalogue number.
  • Dark glass is a separate line - light-sensitive reagents need RE/YXT-808 rather than the clear bottle.
  • Three code series run in parallel - CLI-, RE: and RE/YXT- numbers are not interchangeable, so quote the prefix.
  • PPE and filter paper are consumables - put them on the same order in class quantities with spares.

About this page

Ray Export is a manufacturer and exporter of laboratory, scientific and educational equipment based at Plot No. 449, HSIIDC Industrial Area, Saha, Ambala, Haryana 133104, India. Enquiries: [email protected], +91-9817319615.

Written by Palak Mall, Senior Content Writer. Technically reviewed by Arvind Kumar, Lab Equipment Specialist, 12+ years in laboratory and testing instrumentation. Last updated: 17 October 2026.

Specifications on this listing are confirmed in writing on the quotation; capacities, balance readabilities and pan materials should be read back against the item page before an order is placed. No price is quoted on this page, as prices are issued as dated written quotations. Noted on the listing itself: catalogue numbers run in three unrelated series (CLI-, RE: and RE/YXT-), which suggests merged source catalogues; the protective masks (RE: 538) sit in the protective equipment group but carry a different series from the rest of it; and RE: 558 to RE: 565 are reference and safety literature rather than apparatus. Condenser jacket lengths and ground-joint sizes are not stated on this listing and need to be confirmed on the quotation.

Electroscope with Aluminum Arrow

Model: RE/YXT-662

Description:

  • The front glass window slides upward for easy insertion of ionizing material into the chamber.
  • A rectangular sheet metal case is mounted on an insulated base and fitted with removable front and back sliding glass panels.
  • The glass panel is clear for observation, while the other is ground glass for improved visibility during experiments.
  • Removable disc electrode is mounted at the top through an insulated molded plastic bush to prevent charge leakage.
  • It includes a plated metal blade underneath for secure attachment of the Aluminum arrow.
  • Side terminal is provided for earthing the apparatus during electrostatic experiments. 

Compass

Model: RE/YXT-665

Description:

  • Size: 2cm 
  • A compass is a navigational instrument for determining direction relative to the Earth’s magnetic poles.
  • It consists of a magnetized pointer (usually marked on the North end) free to align itself with Earth’s magnetic field.
  • It includes a smooth-rotating magnetic needle with a red tip indicating north.
  • It is used in laboratory settings for physics experiments or as a travel tool for direction finding.

Permanent Magnet Bar and Horseshoe

Model: RE/YXT-674

Description:

  • Length: 10 cm
  • Bar Magnet: A simple rectangular bar. Its magnetic field lines form wide, symmetrical loops spreading out from the north end and wrapping around to the south end.
  • Horseshoe Magnet: A bar magnet bent into a U shape. This geometric configuration brings the two poles close together, concentrating the magnetic flux lines into a highly intense, dense field between the two parallel tips.
  • The concentrated magnetic force at the poles makes them effective for picking up small magnetic objects.
  • It is used in schools and laboratories to demonstrate magnetic properties and create magnetic fields for experiments. 

Set of Coils with Removable Iron Core

Model: RE/YXT-677

Description:

  • Number of curls 300, 600, 1200.
  • It is essential physics teaching apparatus for demonstrating electromagnetic induction, magnetic fields, and current-related experiments.
  • It is designed with a hollow air-core tube, giving it a relative magnetic permeability close to 1.
  • Air-core construction prevents magnetic saturation and keeps the magnetic field proportional to the input current.
  • It is equipped with insulated screw-type binding posts for secure electrical connections during experiments.
  • Square endplates hold the copper windings firmly in place and provide stable support on the laboratory workbench.

Manometer Cylinder with Piston Temperature Meter

Model: RE/YXT-685

Description:

  • Manometer scale in Pa. 
  • Accuracy:  5%
  • Demonstrates Boyle’s Law, showing the inverse relationship between gas pressure and volume at constant temperature.
  • It includes a graduated cylinder with a screw-type plunger to compress or expand the trapped air for clear volume observation.
  • The pressure gauge/manometer displays pressure changes as the air volume is increased or decreased.


  • Digital thermometer helps monitor ambient temperature to maintain constant-temperature experiment conditions.
  • The relationship between pressure, volume, and temperature for a fixed mass of gas.
  • Students to directly observe how compression increases pressure and decompression reduces pressure inside the cylinder.

Microscale Vacuum Apparatus with Hand Pump

Model: RE/YXT-689

Description:

  • Height: 10cm. 
  • Diameter: 5cm. 
  • Students can now safely produce a vacuum in a small bell jar right at their lab stations. 
  • By reducing the pressure in the microscale bell jar, they can expand a balloon, boil warm water, and even transfer liquids from one pipet to another. 


  • They can watch a marshmallow or shaving cream increase in volume as the pressure is reduced and learn about how extremely low pressure affects the world around them. 
  • Instead of passively observing a demonstration, students can actively experiment on their own and observe the results right before their eyes.

Triangular Prism

Model: RE/YXT-696

Description:

  • Height: 5 cm.
  • Width: 3cm.
  • It provides a clear and practical demonstration of basic optics principles.
  • It features a three-sided triangular cross-section with flat, polished rectangular faces for effective light refraction.
  • It designed to bend, refract, and disperse light as it passes through the prism surfaces.
  • It is used in physics and optics experiments to study refraction, light deviation, and spectrum formation.
  • The white light separates into seven visible colors when passed through the prism.

Lens Kit with Stands and Storage Box

Model: RE/YXT-699

Description:

  • It is used to perform hands-on physics and STEM experiments related to light and optics
  • Demonstrating the laws of reflection and refraction
  • Converging 3 pcs
  • Focal distances: 5cm, 10cm, 20cm.
  • Diverging 3 pcs
  • Focal distances: -5cm, -10cm, -20cm.
  • A lens stand is a physics laboratory apparatus used to securely and precisely mount optical lenses (convex or concave) and mirrors in a stable, upright position

White Light Source Ray Box

Model: RE/YXT-701

Description:

  • Demonstration Set of (5 types) Lenses Demonstration Board
  • Types of large size lenses: Double convex, Double concave, Plano-concave, Plano-convex, Concave-convex
  • A lens curved outward (convex) is positioned in the path of the light rays.
  • The parallel light rays pass through the convex lens, they are refracted inward and converge at a single point, known as the focal point.
  • This setup is typically part of a classroom optics kit used to study the laws of refraction.
  • The five separate beams are refracted precisely enough to cross paths at a single, shared convergence zone known as the focal point.

Ring Stand Set with Accessories

Model: RE/YXT-705

Description:

  • Clampers, rings, paws, etc.
  • The rectangular base provides strong stability and a low center of gravity to prevent tipping during laboratory use.
  • The metal support rod is firmly fixed into the base and serves as the main structure for mounting attachments.
  • It includes a heavy-duty base, vertical support rod, burette/flask clamp with boss head, and support rings for versatile laboratory applications.
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