Lab Automation

We support the fully automated control of all processes without human intervention. This includes the seamless integration and coordination of various processes and devices. Central process control enables the smooth execution of complex sequences and contributes to considerable time and cost savings.

Our use of simulations to project the time behavior and workflow of planned systems plays a crucial role in preemptively identifying utilization hot spots, throughput rates, and potential bottlenecks. This approach is invaluable for validating and enhancing the design and functionality of laboratory setups.

Our ability to interface with laboratory information systems (LIS) or middleware, combined with our expertise in automation and equipment, allows us to develop customized laboratory workflows. These workflows are not just precisely defined; they are also flexible enough to adapt to changes, ensuring a continuous improvement in performance and efficiency in laboratory operations.

Through data consolidation and the creation of interoperability, as well as the use of advanced analytics methods, we provide insights that not only illuminate but also optimize laboratory processes. Decisions are grounded in solid data. Using a predictive maintenance approach we are enabling an early detection of equipment failures, planning efficient maintenance, significantly cutting downtime, and increasing laboratory efficiency.

Efficient arrangement and integration of devices and processes are facilitated by planning and configuration tools for laboratory equipment. To meet changing requirements and conditions, our optimization tools ensure the laboratory environment's long-term flexibility and scalability.