Eco-friendly Choice Sartorius Lh-747421 Picus® 2 Electronic 12-channel Pipette, 0.5 - 10 µl Mega Pack [U87ZnKIS]

Picus® 2 pipettes offer reliable performance while being kind to your hand. This electronic single channel pipette is one of the most user-friendly and simple (yet advanced) pipettes on the market. This sophisticated pipette is the ideal tool for daily repetitive liquid handling in laboratories, where accuracy, speed, and ergonomics are all important. Fully electronic design and control allows more consistent, reliable, and reproducible results.
Achieve reliable results
Many laboratories require the pipetting of very small amounts of liquid (e.g., a few microliters) exactly and repeatedly. The single-channel Picus® 2 Electronic Pipette will ensure high accuracy and repeatability for every user. The precise electronic pipetting system of Picus® 2 pipettes enable accurate and precise pipetting results, further reducing variance between users.
Be kind to your hand
The single-channel Picus® 2 Electronic Pipette offers truly effortless pipetting thanks to the uniquely light weight (only 100 grams) and fully electronic experience, including tip ejection. Comfortable handle design and finger hook let the Picus® 2 pipette rest lightly in your hand. The conveniently located soft-touch operating button and electronic tip ejection reduce muscle strain.
Connect for the future
Picus® 2 Electronic Pipettes are ready to be connected! The Sartorius pipetting mobile app is your handy companion for sample preparation workflows and pipette management. To stay up to date, use the Pipetting app to update your Picus® 2 pipettes with the latest features. Open connectivity enables you to integrate Picus® 2 into of an existing system
Comfortable to use
The single-channel Picus® 2 Electronic Pipette is accoladed for its superior ergonomic design. With comfort and ease-of-use in mind, it is one of the most user-friendly pipettes. Sartorius has specifically designed this pipette to reduce strain towards user. With today’s demanding workloads, this is more important than ever.