Achieving next-generation motion performance often feels like a battle against physics. Designers face tradeoffs among speed, precision and cost, while real-world effects like thermal drift, vibration, geometric errors and tolerance stackups can result in diminished performance.
This webinar introduces a next-generation design philosophy that minimizes these compromises by combining advanced mechanics—ironless motors, precision linear and rotary stages, hexapods and more—with intelligent control strategies. While these technologies are powerful individually, we will demonstrate how components designed to work naturally together can be optimized as a unified system, unlocking performance levels truly greater than the sum of the parts. Case studies will highlight measurable improvements in settling time, volumetric accuracy and overall robustness, offering a practical path to next-generation motion performance.
