8-channel Digipette Micropipette with variable volume, 40 - 300 μL

The Digipette UltraLiteVR micropipette has been carefully developed to ensure comfortable handling and high precision during pipetting. Its design incorporates a high-strength polycarbonate housing with a curvature designed to adapt to the user's hand, ensuring exceptional ergonomics and fatigue-free use. In addition, it includes a locking system to prevent misadjustments during pipetting and an adjustment wheel for quick settings, resulting in great rigor in the procedure.

General Features
- Exceptional precision: presents a smaller air space between the liquid and the plunger, offering a more rigorous pipetting experience
- Simple calibration: it is more practical to adjust than other models as it does not require complex or repetitive adjustments
- Volume lock: features an integrated locking mechanism that prevents volume misadjustments during pipetting in order to ensure superior operational stability
- Smooth operation: it is smooth to handle as it only requires 3 to 5 Newtons of force in the first stage and 10 to 14 in the second
- High resistance: its housing is made of carbonate, a lightweight, durable, and resistant material, ideal for demanding work environments
- Quick adjustment wheel: has a quick calibration option that is activated by rotating the plunger, cutting adjustment times
- Ergonomic design: its handle has a curvature designed to adapt to the operator's hand, ensuring fatigue-free use even over long periods of time
- Integrated ejector: the tip, in addition to providing an optimal aesthetic finish, serves as an ejector to make pipetting more fluid
- Great compatibility: can be used with most standard tips available on the current market
- Autoclavable: suitable for sterilization with autoclave at 121ºC and 15 psi for 15/20 minutes

Technical specifications
- Typology: variable volume multichannel micropipette
- Channels: 8
- Volume: 40 - 300 μL
- Increments: 0.40 μL
- Inaccuracy: ±0.8%, ±2.40 μL
- Imprecision: ±0.30%, ±0.90 μL