Autodrop Pipettes are based on piezo-driven inkjet printing technology. The fluid is aspirated through the nozzle tip into the glass capillary. The integrated piezo actuator induces a shock-wave into the fluid contained in the pipette, which causes a droplet to be emitted from the nozzle.
| Viscosity range: | 0.4 ... 20 mPas * |
| Standard inner nozzle diameter: | 30 μm, 50 μm, 70 μm |
| Droplet volume: | 20 ... 180 pl * |
| Storage volume: | approx. 37 μl |
| Dead volume: | approx. 14 μl |
| Materials in contact with fluid: | glass (PEEK, FEP, ETFE, PTFE)** |
| Viscosity range: | 0.4 ... 20 mPas * |
| Standard inner nozzle diameter: | 30 μm, 50 μm, 70 μm |
| Droplet volume: | 20 ... 180 pl * |
| Storage volume: | approx. 37 μl |
| Dead volume: | approx. 14 μl |
| Materials in contact with fluid: | glass (PEEK, FEP, ETFE, PTFE)** |