F144566
Pipette Pipetman Neo P1000N 100-1000ul
List Price
£154.00
In Stock
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Gilson PIPETMAN Neo P1000N is a variable volume air displacement pipette with reduced pipetting forces for dispensing volumes between 200µl and 1000µl with precision accuracy and ease

Pipette PIPETMAN Neo P1000N 100-1000ul

 

Gilson Pipetman Neo is an evolution of the classic Pipetman P that addresses the growing susceptibility of pipette users to repetitive strain injuries.

Characteristic for Pipetman P features such as: accuracy, precision and robustness remained unchanged. However, newly engineered springs provide a significant reduction of pipetting forces. 

 

PIPETMAN NEO is a fully adjustable, air-displacement pipette with the selected volume shown on a digital indicator (volumeter).

 

  • Built to last: Constructed of stainless-steel and PVDF
  • Unique “dry seal” technology avoids the need for grease to obtain an air-tight seal and guaranteed long-term performance
  • Thick handle in PVDF minimises hand warming effect during pipetting.
  • New colour-coded push-buttons allow for even easier identification of the different models and corresponding quality Diamond tips.
  • Significant reduction of pipetting and purge forces
  • Wide useful volume range: 10-100% of the nominal volume.
  • Rigorous quality control. A Performance Check Report is included with each Pipetman, along with an engraved Identification Number for traceability.
  • Easy maintenance, fully autoclavable tip-holder and tip-ejector
  • P2N and P10N models are ideal for molecular biology techniques (PCR, DNA sequencing, etc.) PCR process is covered by U.S. patents owned by Hoffmann-La Roche Inc.
  • Accurate and precise: P10N down to 1 µL and P2N down to 0.2µL.

     

    PIPETMAN P1000N Specifications Gilson Permissable Maximum Errors ISO 8655 Maximum Permissable Errors
    Model Diamond Tips* Part No. Volume (µL) Systematic Error (µL) Random Error (µL) Systematic Error (µL) Random Error (µL)
    P1000 D1000 F144566 100 +/- 3 < 0.6 +/- 8 < 3
    500 +/- 4 < 1 +/- 8 < 3
    1000 +/-8 < 1.5 +/- 8 < 3