Pipette+ exploits connected electronic pipettes that can execute laboratory protocols designed in OneLab, reducing the bench workload by 90%.
These intelligent electronic pipettes are controlled by cloud software for superior performance, ergonomics and simplicity of use, minimizing execution errors and providing full experimental traceability.
Here are a few examples of how Pipette+ can benefit your lab. Set up in in-a-few-clicks,
it can save you 90% of the time required by conventional manual pipetting methods,
whilst providing superior repeatability and the added bonus of full traceability.
Pipette+ comprises smart electronic pipettes connected via bluetooth to a charging stand, and a full computer inside the charging stand that is connected in its turn with OneLab.
At each protocol step during experiment execution, Pipette+ processes the OneLab instructions, setting the required parameters on the pipettes to be used and removing the need of manipulating the pipettes settings (especially difficult with gloves and inside hoods).
For example, OneLab sets the aspiration volumes, dispensing volumes, mixing volumes and tip ejection for you – as and when required.
The Andrew Alliance bluetooth pipettes are manufactured by Sartorius, the inventor of electronic pipettes.
We have worked together with the market-leader of electronic pipettes to enable intelligent communication via Bluetooth with the Pipette+ stand, and to enable the smart stand to communicate with the external world: OneLab.
Single and multichannel pipettes are automatically identified by the stand when the user deposits the pipettes on its slots, and they are charged, monitored, paired and registered transparently without the user even being aware of it. Flawless and seamless traceability, without additional work.
Reproducibility and full traceability of biological experiments is assured by means of software assistance through a highly intuitive browser-based software environment. the OneLab Laboratory Software enables scientists to graphically describe their protocols first, and then be guided step-by-step during the experiment execution. This eliminates incorrect volume setting, miscalculations, or forgetting tip ejection and mixing steps.
The first connected smart pipetting system for maximum experiment repeatability with the minimum of effort.
Unique software solution that allows scientists to design and execute laboratory protocols.
The unique liquid handling robot designed for scientists