- Home
- Companies
- Gkteso GmbH
- Products
- Gkteso - Model MLC - Bespoke Systems ...
Gkteso - Model MLC -Bespoke Systems for Advanced Integration
Developed in close collaboration with OEM partners, our customized MLCs are engineered to meet unique clinical and technical needs. From robotic Radiosurgery systems, FLASH applications to MRI-compatible high-speed variants – each design is tailored for maximum precision, seamless integration and advanced treatment workflows.
- Single focus and double focus designs
- Variable leaf thickness & micro-leaf geometry
- 80 to 160 or more leaves for high-resolution shaping
- Micro MLC modules with ultra-thin leaves
- Piezo-driven actuators for ultrafast motion
- Space optimized motor-based drive systems
- Dual-layer configurations for advanced modulation
- High-speed motion (> 10 cm/s) for 4D and gated therapies
- Motion control with submillimeter precision (<0.1 mm)
- Touchless ultra-precise (<10 microns) secondary sensors
- OEM-specific mechanical & software interfaces
- Static LINAC or robotic integration setups
- MR-compatible, low-EM, non-magnetic components
- Leaf material & height optimization for photons, electrons, protons, and Co-60 γ-radiation
- EMC-shielded housings and cabling
- Robust designs engineered for long lifecycle performance
Emerging treatment technologies like adaptive, MRI-guided, and proton radiotherapy demand performance beyond standard MLC systems. Conventional collimators often lack the speed, customization, and electromagnetic compatibility required for these workflows.
Our customized MLC designs remove these barriers with modular engineering, piezo-motion technology, and full MR compatibility. Developed and manufactured in Germany, each system is co-engineered with OEM partners for seamless integration into advanced radiotherapy platforms.
- Dual-focus and micro-leaf geometry for high-resolution beam control
- Piezo-driven actuation for ultrafast motion and submillimeter precision
- MR-compatible, non-magnetic materials for hybrid imaging architectures
- Open mechanical and software interfaces for robotic and adaptive setups
- Modular system architecture scalable from compact to large-field MLCs
- Delivered with ISO 13485 certification and CE/FDA documentation support