Oxford Lab Products - BenchMate Light Single Channel Pipette

  • Summary

    Oxford Lab Products BenchMate L Single Channel Manual Pipette sets a new standard for manual pipetting. The BenchMate L pipette was designed around 4 critical areas; comfort, fatigue reduction, durability and more precise and accurate pipetting. A true testament to Oxford engineering, the BenchMate L enhances scientists ability to pipette for longer periods of time while maintaining a consistent level of accuracy and precision.

  • Description

    The new standard in single channel manual pipetting
    Smoothest plunger force on the market
    Lightweight, durable design
    Fully autoclavable at 121 ˚C for 20 minutes

     

  • Ordering Information

    Catalog No.
    OBL-2
    Volume Range
    0.2 to 2.0 µL

    Catalog No.
    OBL-10
    Volume Range
    0.5 to 10 µL

    Catalog No.
    OBL-20
    Volume Range
    2 to 20 µL

    Catalog No.
    OBL-100
    Volume Range
    10 to 100 µL

    Catalog No.
    OBL-200
    Volume Range
    20 to 200 µL

    Catalog No.
    OBL-1000
    Volume Range
    100 to 1000 µL

    Catalog No.

    OBL-2
    OBL-10
    OBL-20
    OBL-100
    OBL-200
    OBL-1000

     

    Volume Range

    0.2 to 2.0 µL
    0.5 to 10 µL
    2 to 20 µL
    10 to 100 µL
    20 to 200 µL
    100 to 1000 µL

     

Features

Smooth plunger force – 70% less force required
Enlarged volume display for easy volume verification
Easy to use single-handed operation with a locking mechanism
Enhanced traditional design eliminates the need to tightly grip the pipette when pipetting
Premium sealing ring is used to ensure accurate and precise pipetting – ring has been tested 600,000 times
Durable plastic provides higher tolerance to solvents
Fully Autoclavable at 121 ⁰C for 20 minutes
Ceramic plungers for greater durability for pipettes ranging from 100 µL to 1,000 µL
Improved dispensing accuracy and precision for micro volumes between 2 µL and 10 µL with hyper blowout technology
Premium internal components reduce wear and tear for continuously precise and accurate results