Eliminating the Speed-Accuracy Trade-Off in Cylindrical Medical Component Production
Speed or precision? Manufacturers of stents, heart valves, and other cylindrical medical products know the struggle. Pushing throughput often means sacrificing part quality—or racking up costly post-processing and scrap.
This white paper shows how precision-optimised motion systems can eliminate that trade-off.
What you’ll learn:
✔️ Key design factors that unlock both speed and accuracy in laser tube cutting
✔️ How bearing, motor, and workholding choices impact part quality
✔️ Ways to reduce cycle time, improve yield, and cut costs
✔️ Tips for integrating smarter motion control into your system design
Ideal for:
Medical device R&D and manufacturing leaders
Engineers optimising tube-cutting or laser micromachining systems
Decision-makers looking to scale with speed and precision
Written by Aerotech motion control expert Brian Fink, this paper offers real-world strategies for outperforming your competition—whether you're upgrading legacy systems or building from scratch.
Available in English and Italian.
