Product Description
Comfort and precision come together in the Transferpette S, a mechanical air displacement pipette designed for true one-handed operation. Low operating forces and a short stroke keep hands relaxed during long pipetting series, and the grip works equally well for left- and right-handed users.
The BRAND 705878 is the 20 - 200 µl, D-200 version of the Single-channel micropipette Transferpette S, adjustable. The volume is set quickly and read easily, the tip ejector is gentle, and the complete lower part is autoclavable. The Easy Calibration feature lets users adjust the pipette to their own liquids without tools. LIGHT LABS supplies genuine BRAND products with knowledgeable support from our Englewood, Colorado team.
Key Features
- Ergonomic one-handed operation – low pipetting and tip ejection forces for long series
- Easy Calibration – adjust to the liquid in use without tools
- Fully autoclavable lower part – 121 °C for sterile work
- Clear volume display – fast and reliable volume setting
- Compatible with standard pipette tips – including BRAND tips and filter tips
- DE-M marked – supplied with a certificate of conformity
Specifications
| Catalog Number | 705878 |
| Brand | BRAND |
| Product | Single-channel micropipette Transferpette S, adjustable |
| Volume range | 20 - 200 µl |
| Recommended tip size | 2 - 200 |
| Model | D-200 |
| Accuracy in % (±) | 0.6 % |
| Accuracy in µl (±) | 1.2 µl |
| Coefficient of variation (%) | 0.2 % |
| Coefficient of variation (µl) | 0.4 µl |
| Number of channels | single-channel |
| Pack Size | 1 each |
| Country of Origin | Germany |
Other Versions in This Family
- 705868 – 0.1 - 1 µl, D-1
- 705869 – 0.1 - 2.5 µl, D-2,5
- 705870 – 0.5 - 10 µl, D-10
- 705872 – 2 - 20 µl, D-20
- 705873 – 5 - 50 µl, D-50
- 705874 – 10 - 100 µl, D-100
- 705880 – 100 - 1.000 µl, D-1000
- 705882 – 500 - 5.000 µl, D-5000
- 705884 – 1.000 - 10.000 µl, D-10000
Applications
- Molecular biology, PCR and qPCR setup
- Cell culture and microbiology
- Clinical, diagnostic and QC testing
- Microplate filling with multichannel models
- Teaching laboratories
