Nominal capacity
Specifications
Compare models₹69,550.38
Inc. GST
The Hamilton Syringe 1002BFP, 2.5 ml is a high-precision laboratory syringe designed for accurate and reliable liquid handling. Featuring a Bottom Fill Port (BFP), it facilitates efficient sample filling while minimizing air bubble formation. Engineered for analytical consistency, this syringe is well-suited for both gas and liquid applications in laboratories requiring reproducible results.
The Hamilton 1002BFP syringe ensures excellent control and accuracy, making it a preferred choice for labs that demand precise sample delivery and repeatability.
Manufacturer P/N
59000-40
Part Number
6.245 055
Manufacturer
Hamilton
Nominal capacity
2500 µl
Manufacturer P/N
59000-35
Part Number
6.251 099
Manufacturer
Hamilton
Nominal capacity
1000 µl
Manufacturer P/N
59000-45
Part Number
6.253 422
Manufacturer
Hamilton
Nominal capacity
5000 µl
Manufacturer P/N
59000-50
Part Number
6.245 056
Manufacturer
Hamilton
Nominal capacity
10000 µl
Manufacturer P/N
59000-60
Part Number
6.251 098
Manufacturer
Hamilton
Nominal capacity
50000 µl
It is a high-precision laboratory syringe designed for accurate and reliable liquid handling. Featuring a Bottom Fill Port (BFP), it facilitates efficient sample filling while minimizing air bubble formation. Engineered for analytical consistency, this syringe is well-suited for both gas and liquid applications in laboratories requiring reproducible results.
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Cleaning laboratory glassware properly is essential for accurate, safe, and repeatable lab work. This guide explains how to remove stubborn residue from beakers, flasks, bottles, volumetric glassware, and other lab glassware, including grease, dried salts, biological residue, stains, and burnt deposits. It also covers safe cleaning methods, common mistakes, drying and storage tips, and when damaged glassware should be replaced.
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6 mins read
Laboratory balances are essential weighing instruments used to measure samples, reagents, powders, chemicals and materials with accuracy and consistency. They are commonly used in research, education, quality control, pharmaceutical testing, food testing, industrial laboratories and general scientific workflows.
