From Early Concepts to High-Performance Systems: The Evolution of Our MLC Technology
From Early Concepts to High-Performance Systems: The Evolution of Our
In this blog, we share applied knowledge from day-to-day engineering, mechatronic prototyping, and development challenges in real-world medical and industrial environments. Whether it’s a technical breakthrough in the lab, insights from international conferences, or feedback from customer site visits – each post gives you practical, unfiltered perspectives from our team.
From Early Concepts to High-Performance Systems: The Evolution of Our
Multileaf Collimator for Precise Radiotherapy Beam Shaping Our multileaf collimator
From Mechanics to Motion Intelligence: Dynamic Control for Advanced MLC
Beyond One MLC: Tailored Multileaf Collimator Designs for Every Radiotherapy
Radiotherapy Positioning Systems Built for Integration Modern radiotherapy needs positioning
RPS base: Sub-Degree Precision for Modern Image-Guided Radiotherapy When treating
RPS SGRT: Real-Time Motion Control for Frameless Radiotherapy In motion-sensitive
RPS fixed beam: Precision and Stability for Gantry-Less Radiotherapy Gantry-less
RPS base MR: MR-Compatible Precision for Adaptive Radiotherapy High-field imaging,
Introducing gKteso Design as a Service: From Concept to Clinical-Ready