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Borosilicate Volumetric Pipette

Original price was: ₹40.00.Current price is: ₹10.00.

The borosilicate volumetric pipette is a laboratory glass instrument used for transferring a defined volume of liquid during quantitative laboratory procedures. Designed for chemistry, analytical, educational and research laboratories, it supports controlled liquid transfer where a fixed-volume pipette is required for solution preparation, dilution or analytical work.

Product Description

The STEMAids Borosilicate Volumetric Pipette is made from borosilicate glass and is intended for controlled transfer of a specified liquid volume. Volumetric pipettes use one or more calibration marks to define the delivery volume and are commonly used when laboratory procedures require more controlled volume transfer than general-purpose droppers or transfer pipettes.

The exact nominal capacity, accuracy class, tolerance, calibration type, graduation configuration and colour coding are . These values should be verified against the current STEMAids product specification before publication or tender submission. Browse related STEMAids laboratory glassware for complementary volumetric equipment.

Key Features

  • Borosilicate glass construction: The pipette is identified as borosilicate glass laboratory ware.
  • Defined-volume transfer: Designed to transfer a specified volume of liquid during quantitative laboratory procedures.
  • Volumetric laboratory design: Suitable for solution preparation, dilution and analytical workflows requiring controlled liquid volumes.
  • Transparent glass body: Allows the liquid level and meniscus to be observed during filling and adjustment.
  • Reusable laboratory format: Can be cleaned and reused when compatible with the laboratory procedure and chemicals handled.
  • Manual liquid handling: Designed for use with a suitable pipette filler or safety bulb rather than mouth pipetting.
  • Accuracy classification: Class A, AS or B designation is and must not be assumed without manufacturer documentation.

Technical Specifications

Specification

Detail

Product Name

Borosilicate Volumetric Pipette

Brand

STEMAids

Category

Laboratory Glassware & Plasticware – Volumetric Pipettes

Material

Borosilicate glass

What’s Included in the Kit

  • Borosilicate volumetric pipette
  • Pipette filler or safety bulb
  • Protective packaging
  • Calibration or conformity documentation

Applications / Uses

  • Transferring a defined volume of solution during quantitative laboratory work.
  • Preparing standard solutions and laboratory dilutions.
  • Supporting titration sample preparation and analytical chemistry procedures.
  • Transferring aliquots during chemistry practical experiments.
  • Teaching volumetric measurement and meniscus-reading techniques in school and college laboratories.
  • Routine liquid handling in research, quality-control and educational laboratories.

For complete analytical workstations, explore chemistry laboratory equipment and complementary laboratory burettes from STEMAids.

How to Use the Borosilicate Volumetric Pipette

  1. Inspect the pipette for cracks, chips, contamination or damaged markings.
  2. Rinse or condition the pipette as required by the laboratory procedure.
  3. Attach a suitable pipette filler or safety bulb. Never pipette by mouth.
  4. Draw the liquid above the calibration mark without allowing liquid to enter the filler.
  5. Hold the pipette vertically and adjust the liquid meniscus to the calibration mark at eye level.
  6. Transfer the liquid into the receiving vessel according to the pipette’s specified delivery procedure.
  7. Observe any prescribed drainage or waiting time only if confirmed for the applicable calibration class.

Safety note: Never mouth-pipette chemicals or biological liquids. Wear appropriate laboratory PPE and do not use damaged glassware. Accuracy depends on correct meniscus reading, clean glassware and the specified delivery technique.

Care & Maintenance

  • Clean the pipette promptly using a method compatible with the substances transferred.
  • Keep the internal surface clean so liquid drains consistently during volumetric work.
  • Avoid abrasive cleaning that could damage calibration markings or the glass surface.
  • Store pipettes securely in a suitable rack or cabinet to prevent impact and tip breakage.

Why Choose STEMAids

STEMAids is the STEM education brand of Eduscope Smart Learning Solutions Private Limited, a New Delhi-based manufacturer whose registered production activities include laboratory glassware and scientific equipment. STEMAids publishes ISO 9001:2015 quality-management credentials and maintains an active Importer-Exporter Code for export orders. The company supplies schools, colleges, institutions and tender-based projects with laboratory and educational equipment. Corporate certifications should not be interpreted as product-specific calibration or ISO 648 conformity unless supporting documentation is supplied.

Frequently Asked Questions

What is a borosilicate volumetric pipette used for?

A borosilicate volumetric pipette is used to transfer a defined volume of liquid during quantitative laboratory work. Typical applications include preparing solutions, making dilutions and transferring analytical aliquots.

What material is the STEMAids volumetric pipette made from?

The product is identified as being made from borosilicate glass. The exact borosilicate grade is .

Is a volumetric pipette more accurate than a graduated pipette?

A volumetric pipette is designed for delivery of one defined nominal volume, while a graduated pipette provides multiple volume graduations. The actual accuracy of this STEMAids model depends on its confirmed calibration class and tolerance.

Is this pipette Class A or Class B?

The accuracy class is . Class A, AS or B should not be stated until the product marking or STEMAids calibration specification verifies the applicable class.

Can this volumetric pipette be used in schools and colleges?

Yes. Volumetric pipettes are commonly used in supervised chemistry teaching to demonstrate solution preparation, dilution and quantitative liquid-transfer techniques.

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