From Mechanics to Motion Intelligence: Dynamic Control for Advanced MLC Systems

High-performance MLC systems require more than mechanical precision – they rely on intelligent motion control that delivers speed, stability, and perfect synchronization in real time. That’s why we developed our Dynamic Control Concept, a complete architecture designed to drive high-speed leaf motion with sub-millimeter accuracy and seamless OEM integration.

At the core of this approach is a high-frequency, double-loop PID controller running at 40 kHz, enabling precise control even at extreme accelerations. With leaf speeds above 165 mm/s, leaf acceleration above 1,000 mm/s², and guide acceleration exceeding 10,000 mm/s², the system supports the demands of dynamic treatment plans, IMRT, VMAT, and next-generation beam-shaping strategies.

Accuracy of approximately 0.1 mm, combined with real-time Ethernet communication and integrated safety mechanisms, ensures predictable performance across all motion phases.

From modular hardware to synchronized timestamps and preloading capabilities, our Dynamic Control Concept transforms mechanical movement into motion intelligence – empowering OEMs to push radiotherapy precision even further.