Anderson Pipette

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Anderson Pipette Specification

Dimension (L*W*H)
Approx. 305mm (Length)

Usage
For precise measurement and transfer of liquid volumes

Weight
Lightweight (Varies by material and capacity, approx. 20-40g)

Product Type
Anderson Pipette

Operate Method
Manual use by mouth pipetting or with pipette fillers

Capacity
10.75 ml (typically calibrated at 17.5C)

Classification
Laboratory Glassware

Application
Used in microbiology laboratories, dairy testing, and milk analysis

Material
Premium Borosilicate Glass

Color
Transparent

Anderson Pipette Trade Information

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Anderson Pipette

ANDERSON PIPETTE ETP-190C

Particle size determination apparatus, (sedimentation pipette, Anderson) consisting of 500ml. Graduated cylinder, graduation from 0 to 20cm and fitted with 10rni. Pipette with three way stopcock, the tip of pipette at the level of 0 mark at the cylinder.

Precision and Reliability for Laboratory Applications

The Anderson Pipette stands as a trusted tool for laboratories needing precise measurement and controlled transfer of liquids. Its compliance with IS 1223 and relevant international standards guarantees consistent performance in critical microbiology and dairy testing tasks. The transparency and smooth finish also make readings and cleaning straightforward.

Durability and Sterilization Advantage

Constructed from high-quality borosilicate glass, this pipette offers robust resistance to thermal shock, chemical exposure, and repetitive autoclaving. Users benefit from its ability to endure stringent laboratory cleaning and sterilization cycles, promoting long-term reusability without compromising accuracy or safety.

FAQs of Anderson Pipette:

Q: How is the Anderson Pipette calibrated for accurate volume delivery?

A: Each Anderson Pipette is precisely calibrated to deliver the specified volume (10.75 ml) at 17.5C. The markings conform to IS 1223 and international standards, ensuring that every pipette provides accurate and reliable measurements across applications.

Q: What makes the Anderson Pipette suitable for repeated sterilization?

A: Made from premium borosilicate glass, the pipette withstands thermal shock and frequent autoclaving under standard laboratory protocols. This material property allows for repeated cleaning and sterilization without loss of integrity or functionality.

Q: When should the Anderson Pipette be used in laboratory testing?

A: This pipette is ideally used for precise measurement and transfer of liquid volumes, particularly in microbiology laboratories, dairy testing, and milk analysis, whenever accurate and controlled fluid handling is required.

Q: Where can the Anderson Pipette be sourced for laboratory use?

A: Anderson Pipettes are available through laboratory glassware suppliers, exporters, and manufacturers in India. They may be purchased individually wrapped or in bulk packs, catering to different laboratory needs.

Q: What is the process for cleaning and reusing the Anderson Pipette?

A: After use, the pipette should be thoroughly cleaned with suitable laboratory detergents and sterilized by autoclaving. Its chemical resistance and smooth surface finish facilitate effective cleaning, allowing for repeated, safe reuse in laboratory settings.

Q: How does the narrow tip benefit fluid delivery and sample accuracy?

A: The narrow tip of the Anderson Pipette provides controlled delivery by minimizing fluid retention and enhancing precision, which is essential for delivering exact volumes in sensitive analytical procedures.

Q: What advantages does borosilicate glass provide in laboratory glassware?

A: Borosilicate glass offers high resistance to chemicals, acids, and alkalies, as well as durability against thermal shock from autoclaving. Its transparency and lightweight nature improve ease of handling, measurement visibility, and longevity in demanding lab environments.

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