Kistler Group, a specialist in dynamic measurement expertise, and ATS Life Sciences Systems (LSS), an automation options supplier, have joined forces for a state-of-the-art medical machine meeting line.
Combining superior sensor expertise from Kistler with a patented digital movement system from ATS LSS, Symphoni platform delivers real-time in-line high quality assurance for medical gadgets, as much as 320 elements per minute with 90 p.c much less tooling and full traceability.
The platform units a brand new benchmark for scalable, data-driven automation in medical machine manufacturing, supporting regulatory-compliant manufacturing, audit-ready information, and versatile dealing with of a number of product sorts on a single line.Â
For medical machine producers, scaling manufacturing is not only about constructing a purposeful manufacturing line but additionally about ensuring that thousands and thousands of gadgets are produced flawlessly. But, many typical meeting processes stay a “black field”, with high quality assurance restricted to pre- and post-assembly inspections.
These legacy strategies create vital challenges: they eat useful ground area and require quite a few specialised instruments. Past operational inefficiencies, they have an effect on regulatory compliance, yield, and scalability.
To fulfill stringent requirements similar to FDA 21 CFR Half 11 and EU MDR, producers should display constant product high quality offering absolutely traceable and audit-ready course of information. Optimized layouts and minimal downtime are additionally key elements.
Collaboration drives innovation in high-speed medical machine meeting
To deal with these challenges, ATS LSS and Kistler Group collaborated for an automatic meeting line that makes beforehand invisible points of manufacturing measurable and controllable.
The system integrates ATS LSS’ experience in digitally synchronous movement and modular automation with real-time drive and displacement sensing from Kistler, enabling meeting and in-line verification of medical gadgets at speeds exceeding 300 elements per minute and the pliability to deal with a number of product sorts on a single line.
These enhancements scale back total cycle time from 3750 ms to 750 ms, delivering fast, exact, and traceable inline course of monitoring.
From assumptions to assurance by way of real-time information
On the identical time, the real-time drive and displacement monitoring from Kistler permits Symphoni to measure and confirm vital steps of medical machine meeting because it occurs. In-line waveform evaluation detects potential failure modes, whereas a patent-pending inertia compensation system neutralizes the results of high-speed movement on drive measurements.
These capabilities allow exact analysis of drive and distance, decreasing false positives and negatives and eliminating the necessity for separate inspection stations. All collected real-time information could be saved throughout a number of databases, supporting course of optimization, regulatory compliance, and fast ramp-up of recent manufacturing strains.
