Multi Channel Pipette

The pipette is a quintessential laboratory tool and it is easy to be overwhelmed with many options to choose from. But fear not!
Hettich is pleased to present the HettliteErgo for all your pipetting applications.

Boasting an innovative, durable and ergonomic design, while guaranteeing accuracy and precision in performance, our line of
pipettes are sure to satisfy your needs and reduce the hassle involved in choosing pipettes for your laboratory.

Ergonomically Designed Pipettes

Repeated strain injury or RSI is common in users who engage in extensive pipetting activities. This highlights and stresses the importance of the ergonomic pipette design. When you choose our HettliteErgo pipette, you choose a pipette that has optimum weight distribution to reduce strain on the hands, having one of the lowest plunging force for aspiration and dispensing either by forward or reverse pipetting. In addition, our design offers effortless tip ejection with a unique silicone-based shock absorbing mechanism. The HettliteErgo features a large 4-digit display that is not only easy to read but is conveniently placed below the finger rest position, allowing the user to easily view and verify volume settings during pipette operation. No more palms awkwardly covering the display and interrupting your work flow, as is common in many competitor products!

Pipettes with Magnet Assisted Piston with Innovative Spring Design

HettliteErgo pipettes feature a unique magnet assisted piston mechanism that provides and unmistakable difference between the first and second pipette stops. This eliminates the need to use a heavy spring in the pipette piston mechanism while still allowing consistent aspiration and dispensing with and extremely minimal pipetting force. This is further enhanced by our innovative spring and seal design giving HettliteErgo pipettes some of the lowest plunging forces available. Compare this to competitor products that do not have magnet assisted pistons and use low and soft spring systems, both of which can lead to RSI due to increased applied plunging force.