Discover how laboratory equipment designers can improve positioning accuracy, optimize motion control architectures, and streamline automation performance.
| ✔️ | Ways to reduce instrument footprint while maximizing workspace |
| ✔️ | Strategies for balancing performance, flexibility, and cost |
| ✔️ | Design approaches for improving positioning accuracy and throughput |
| ✔️ | How hybrid coordinate systems compare to traditional cartesian systems |
Motion Solutions for Laboratory Automation
Explore the motion technologies that enable precision positioning, pipetting, fluid handling, and sample processing in laboratory automation systems
Increased work envelope while reducing overall footprint.
Enable precise liquid handling in a small footprint
Improve throughput and reduce manual intervention
Consistent dispensing and reliable performance
Consistent dispensing and reliable performance
Learn more about the motion technologies behind laboratory automation in our free guide
Motion control solutions are used across a wide range of laboratory automation equipment, including automated pipetting systems, liquid handling platforms, sample preparation instruments, diagnostic analyzers, centrifuges, plate handling systems, and precision positioning stages.
Laboratory equipment designers are under increasing pressure to improve throughput, accuracy, and system performance while reducing equipment footprint and complexity
| ✔️ | Fit More Into the Same Space |
| ✔️ | Move Faster without Losing Precision |
| ✔️ | Design for Millions of Cycles |
| ✔️ | Reduce Complexity Across the System |
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