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Flexible workcells are manufacturing systems using robotics to efficiently create products.These are by their name and nature flexible, and designed to be adapted and reconfigured for different types of production lines or volumes.
Some of the key benefits include:
They are composed of modular components such as robotic arms.
These modular components can be easily adapted, rearranged or replaced, for different production processes.
Robotic integration into the workcell means that robots can either work collaboratively with humans or autonomously to complete lab tasks.
The use of these robotics makes your lab more efficient by increasing accuracy, reducing cycle times, and minimising waste.
Flexible workcells can work on a wide range of products. Whether this is low volume, high mix production, or high-volume, low-mix production, a flexible workcell can handle it.
In laboratories, they can be configured in multiple different ways. How this is done will depend entirely on the specific needs of the research. For example:
For sample preparation, storage, and aliquoting, the components could be:
Plate handling tasks including washing, dispensing and reading could use the following components:
For cell cultures, imaging and analysis, a example configuration would be:
For high-throughput screening of compounds or libraries:
If you’d like to learn more about the robotic lab assistant or how flexible workcells could integrate into your lab to improve efficiency, contact our expert team today.