SmartCHAI @LABVOLUTION
The Smart Cell Handling And Imaging (SmartCHAI) workflow demonstrates how semi- or fully automated cell culture processes can reduce user interaction and thereby lower the risk of contamination. This is achieved through the integration of innovative technologies such as piezo-driven positioning systems, cloud-based system control and user guidance, as well as intelligent laboratory hardware that drives digital transformation in the lab.
iHex System for automation independent of form factor
The iHex system enables flexible and efficient automation of laboratory processes, regardless of the form factor of the sample containers or devices used.
Thanks to a modular architecture and standardized interfaces, the system can seamlessly integrate various vessel types, plate sizes, and device formats. This form factor independence allows for rapid adaptation to changing requirements and enhances both scalability and interoperability within the laboratory. As a result, process speed is optimized, error rates are reduced, and overall efficiency is increased.
SmarAct for Nanopositioning Technology
SmarAct provides high-precision positioning and automation solutions that can help reduce contamination risks in cell culture technology. By integrating these technologies, manual interventions can be minimized and processes made more efficient.
With advanced piezo-based positioning technologies, cell culture processes can be carried out with unparalleled precision, ensuring reproducibility and high-quality results.
UR10e – Precision and Flexibility
The UR10e from Universal Robots is a collaborative robot featuring six axes and six precisely controlled joint motors, enabling flexible mobility within the SmartCHAI workflow.
With a repeatability of ±0.05 mm, it ensures accurate positioning for complex automation tasks. Thanks to the integrated force/torque sensor, the robot can respond sensitively to external influences, while its precision can be tailored to the specific requirements of the SmartCHAI workflow through calibration and tool coordinate systems.
