8-channel Digipette Micropipette with variable volume, 5 - 50 μL

The Digipette UltraLite M8 micropipette features an ergonomic design intended to provide exceptional comfort during use. Its sturdy polycarbonate housing has a curvature designed to completely mold to the shape of the hand, ensuring comfortable use even over long periods of time. In addition, it has a fluid and smooth ejector designed for effortless pipetting, providing superior ergonomics compared to other models available on the market.

General Features
- High precision: with minimal air space between the plunger and the liquid, it ensures more rigorous and accurate pipetting
- Easy calibration: it does not require complex or repetitive adjustments, making it easier and faster to calibrate than other models
- Volume lock: it has a locking system that prevents misadjustments when pipetting, ensuring greater operational stability
- Smooth operation: it only requires 3 to 5 Newtons of force in the first stage and 10 to 14 in the second, making it smoother to use
- Great resistance: its housing is made of polycarbonate, so it is more durable, lightweight and resistant than other models currently offered
- Quick adjustment wheel: it has a quick calibration option activated by rotating the plunger, essential for cases where speed is decisive
- Ergonomic shape: the design of its handle is designed to completely mold to the hand and ensure exceptional comfort during use
- Integrated ejector: the tip, in addition to acting as a beautifier, includes an ejector with a fair expulsion force to ensure fluid and precise pipetting
- Excellent compatibility: it can be used with the vast majority of standard tips present in the current market
- Autoclavable: it accepts sterilization with autoclave as long as the cycle does not exceed 121°C, 15 psi and 15/20 minutes of cycle

Technical specifications
- Typology: variable volume multichannel micropipette
- Channels: 8
- Volume: 5 - 50 μL
- Increments: 0.04 μL
- Inaccuracy: ±0.8%, ±0.40 μL
- Imprecision: ±0.40%, ±0.20 μL