
H.L. Scientific Industries manufactures a broad catalog, from common glassware (beakers, burettes, petri dishes) to high-end instruments like spectrophotometers, microtomes, and incubators.
Our products are widely used in educational labs, research labs, biological labs, and industrial labs.
We provide both plasticware (e.g., sample containers, BOD bottles) and borosilicate glassware.
Contact:
Address: #57, New Colony, opposite Industrial Area, Ambala Cantt – 133001.
Phone: +91-98963-00456, +91-87086-47013, +91-94161-35035, +91-99969-91648.
Email: hlscientific@hotmail.com
A wide cylindrical container, often with a spout.
Used for mixing, heating, and rough volume measurements.
Conical shape with narrow neck.
Useful for mixing by swirling (minimizes spillage), titrations, and storing solutions.
A flask calibrated for a precise volume at a given temperature.
Used to prepare standard solutions and accurate dilutions.
Tall, narrow cylinder with markings.
For accurately measuring liquid volumes.
A long, graduated glass tube with a stopcock at the bottom.
Used in titrations to deliver precise volumes of liquid reagent.
A slender tube, calibrated to deliver or hold a fixed volume.
Used for transferring small, precise volumes of liquid.
Small glass tube, open at the top.
Used for small-scale reactions, heating, sample storage.
A stand with holes to hold test tubes upright.
Organizes test tubes during experiments.
A clamp-like tool.
Used to hold test tubes when they are hot or must not be touched directly.
A concave piece of glass.
Used as a surface to evaporate liquids, hold small samples, or cover beakers.
A shallow, heat-resistant dish.
Used to evaporate solvents and concentrate solutions.
A small, very heat-resistant dish (often porcelain or metal).
Used for heating substances to very high temperatures.
A flask with a round body and narrow neck.
Ideal for uniform heating and boiling.
Like a round-bottom, but with flat base.
Easier to place on a surface for heating or stirring.
A pear-shaped glass funnel with a stopcock.
Used in liquid-liquid extractions for separating immiscible liquids.
Similar to a separatory funnel but typically used to add reagents slowly.
A basic conical funnel.
Used to pour liquids into containers with narrow openings or to hold filter paper for filtration.
A funnel with a long, narrow stem.
Good for adding liquid to flasks without disturbing contents.
Specifically calibrated for a single volume.
For highly precise transfer of a set volume.
Marked along its length.
For measuring and transferring variable but precise volumes.
A solid glass stick.
Used for stirring solutions.
A device creating a rotating magnetic field.
For stirring solutions automatically (with a magnetic stir bar).
Three-legged metal stand.
Used to support glassware (like beakers) when heating.
Metal mesh (often with a ceramic center).
Placed on a tripod to distribute heat evenly and support glassware.
A gas burner producing a flame.
Used for heating, sterilization, or combustion.
A clamp with two prongs, attached to a stand.
Used to hold glassware (flasks, beakers) securely.
A vertical rod on a base.
Used to mount clamps, rings, or other apparatus.
A metal ring that attaches to a ring stand.
Provides a platform for wire gauze and glassware.
A triangular support made of wires + ceramic.
Used to hold a crucible during heating.
Glass or digital.
Measures temperature of liquids or gas.
Protective eyewear.
Protects eyes from splashes, debris, and chemical hazards.
Protective garment.
Shields skin and clothing from spills and splashes.
Disposable or reusable.
Protects hands when handling hazardous materials.
A ventilated enclosure.
Draws away harmful vapors, protecting users from inhalation exposure.
Safety equipment hooked to water lines.
Used to flush chemicals off the body or eyes in case of an accident.
A portable device to put out fires.
Essential in case of lab fire.
Contains bandages, antiseptics, etc.
For treating minor injuries.
A pressurized steam sterilizer.
Sterilizes media, glassware, and instruments.
Enclosed oven that uses dry heat.
Used for sterilization and drying glassware or samples.
A container of water heated to a set temperature.
For incubating samples, heating gently, or enzymatic reactions.
Metal block that maintains a constant temperature.
For incubating tubes without water.
Temperature-controlled chamber.
For growing microbial cultures under controlled conditions.
A mechanical device that rotates or shakes samples.
For mixing, cell culture, or serology (e.g. VDRL rotator).
A flexible heating device for flasks.
Provides uniform heating for round-bottom flasks.
Setup including condenser + flask.
Allows continual boiling and condensation in reactions.
Glassware setup (flask, condenser, receiver).
For separating components based on boiling point.
A special extraction setup.
Used to continuously extract compounds using a solvent.
A motorized device spinning samples at high speed.
Separates components by density.
A smaller centrifuge for micro-tubes.
Used in molecular biology / biochemistry.
Special paper used in funnels.
Separates solids from liquids by filtration.
A funnel with a flat perforated plate.
Used with vacuum to filter solids quickly.
A thick-walled flask with a side arm.
Connects to vacuum for filtration.
A sealed container.
Used to keep samples dry or to store desiccated glassware.
A long glass or plastic tube packed with stationary phase.
Separates mixtures based on chemical affinities.
Semi-permeable membrane tubing.
Used to separate small molecules from larger ones (e.g., in protein purification).
Uses visible light and lenses.
For viewing cells, tissues, and microorganisms.
A light microscope with multiple objective lenses.
For high magnification of thin samples.
Uses fluorescent dyes + specific light.
For observing labeled molecules in cells / tissues.
Uses electrons instead of light.
For super high-resolution imaging (ultrastructure).
A microscope with an extra camera/eyepiece.
Useful when projecting or photographing samples.
Flat glass pieces.
Place samples for microscopy.
Thin glass square/rectangle.
Placed over sample on a slide to protect and flatten it.
A shallow, circular dish with lid.
For culturing cells / microorganisms.
Small bottles for dyes or stains.
Used in preparing microscopic slides.
A very precise balance (digital or mechanical).
For measuring very small masses accurately.
Less precise than analytical.
Good for routine weighing of reagents.
Uses a spring to measure force / weight.
Common in physics labs.
A two-pan mechanical balance.
Traditional way to compare mass.
Disposable vessels used with balance.
To hold samples during weighing without contaminating balance.
Electronic device.
Measures acidity/basicity (pH) of solutions.
Measures electrical conductivity of a solution.
Useful in water quality testing.
Measures light absorbance at different wavelengths.
Determines concentration of solutions.
A spectrophotometer with two light paths.
More accurate, compensates for source fluctuations.
Separates volatile compounds.
Useful in chemical analysis, environmental testing, pharmaceuticals.
Separates non-volatile compounds.
Widely used in analytical & pharmaceutical labs.
Measures mass-to-charge ratio of ions.
Identifies molecular structure.
Paper strips with pH-sensitive dye.
Quick, qualitative check of pH.
Measures heat changes in reactions.
Useful in thermochemistry.
Cuts extremely thin tissue sections.
For histology / pathology.
Automated unit to process tissue (fixation, dehydration, embedding).
Chamber for tissues/organs in solution.
For physiological experiments.
Water bath used to float paraffin sections.
For transferring delicate tissue sections to slides. H.L. Scientific Industries
A sealed jar.
Creates an oxygen-free environment for anaerobic microbial culture. H.L. Scientific Industries
Specialized fridge for blood / plasma.
Maintains optimum storage temperature. H.L. Scientific Industries
Shakes flasks or tubes in a circular motion.
For cell culture mixing. H.L. Scientific Industries
Rapidly mixes small tubes.
Useful for re-suspending cells or reagents.
Optical instrument that splits and recombines light beams.
Demonstrates interference, measures wavelengths. H.L. Scientific Industries
Beam + weights + measurements.
Studies deflection under load; used in material science. H.L. Scientific Industries
Device to study thermal conductivity.
Used for poor conductors. H.L. Scientific Industries
A bell inside a vacuum chamber.
Demonstrates that sound needs a medium to propagate. H.L. Scientific Industries
Measures small electric currents.
Often used in physics experiments.
Measures voltage, current, resistance (combined).
Very common in electronic labs.
A box of selectable resistors.
Provides variable resistance in circuits.
Measures Inductance (L), Capacitance (C), and Resistance (R).
Useful for component testing.
A bowl (mortar) and a grinding tool (pestle).
Used to grind solid chemicals into powder.
Small tweezer-like instrument.
Used to pick up small objects, delicate manipulation.
Sharp blade.
Used in dissection and surgery.
Thin wooden strip.
Used to ignite bunsen burners safely or test gases.
A pegboard for hanging glassware.
Used to drain and dry test tubes, flasks, funnels, etc.
Bosshead / Clamp Holder
– A metal joint that connects clamps to ring / retort stand.
– Enables flexible holding of apparatus.
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