Multichannel Variable Volume Micropipette

Iris Multichannel Pipettes provide easy sterilization process and reduces the lever shifting and escapes drifting of volume setting during pipetting. The material used for making variable volume micropipette has a high tolerance to solvents and to drop impact. Designed especially for ELISA, molecular screening, kinetic studies, DNA amplification a...

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  • Full Description

Iris Multichannel Pipettes provide easy sterilization process and reduces the lever shifting and escapes drifting of volume setting during pipetting. The material used for making variable volume micropipette has a high tolerance to solvents and to drop impact. Designed especially for ELISA, molecular screening, kinetic studies, DNA amplification applications.

  • Easy Volume Adjustment: Easy volume adjustment by simply turning the plunger. the plunger does not snag gloves.
  • Volume Setting: Soft click sound at every increment ensures perfect volume setting and no accidental volume change. It also facilitates single-handed operation.
  • Soft Grip & Ergonomic Design: New body design with soft grip and improved ergonomy for more comfort and less fatigue during operation.
  • Digital Display: 4 digit display with subdivisions provides small volume increments.
  • Large Grippy: Specially designed large grippy is provided for a comfortable grip and ease during working.
  • Tip Ejector: Built-in streamlined tip ejector facilitates easy tip ejection and access to narrow-necked bottles and tubes.
  • User Adjustment: Re-calibration can be performed easily by the user
  • Pipette Holder: The holder provided with the pipette allows easy, efficient, and safe storage.
  • Easy Tip Ejection: Specially designed sequential tip ejector allows effortless tip ejection.
  • Operation Flexibility: Lower housing can be rotated 360° providing flexibility during operation.
  • Tip Ejection Knob: Placement and good design allow easy single-handed tip ejection.
  • Colour Coding: Attractive color coding for easy identification between different volume ranges.