- Home
- Companies
- Gkteso GmbH
- Products
- gKteso - Model RPS Fixed Beam - Robotic ...
gKteso - Model RPS Fixed Beam -Robotic Couch for Fixed-Beam Particle Therapy and BNCT
The RPS Fixed Beam delivers robotic 6DoF motion control for gantry-less proton, carbon, other I and BNCT therapy systems. It ensures submillimeter positioning for seated or supine setups and maintains consistent isocenter geometry without rotating the beamline. Designed for compact, cost-efficient radiotherapy centers, it combines precision, flexibility, and seamless integration into advanced treatment workflows
Precise alignment is critical in fixed-beam Ion / BNCT therapy. Even minimal deviations in patient positioning can shift the beam path and compromise dose accuracy. The following points show why advanced motion control is essential for consistent, high-quality treatment delivery.
Traditional fixed setups restrict beam direction and require complex repositioning. The RPS Fixed Beam enables automated 6DoF correction to maintain alignment with the target isocenter.
Rotating gantries increase cost and size of treatment bunkers. A fixed-beam setup with robotic positioning reduces building volume and shielding requirements.
Without 6DoF control, even small misalignments affect dose accuracy. The RPS Fixed Beam maintains beam geometry with submillimeter correction.
Seated or supine treatments require adaptable motion control. The RPS Fixed Beam supports varrious angles, ensuring reproducibility and patient comfort.
The RPS Fixed Beam brings robotic motion control to compact radiotherapy centers. It maintains submillimeter precision and enables adaptive workflows without rotating gantries.
- Full 6DoF movement for inclined or supine treatments
- Reduces penumbra and improves dose conformity
- Compatible with major immobilization systems
- Enables inclined and hybrid patient setups
- API-ready architecture for OEM integration
Future-ready innovation
Expand your treatment spectrum with a robotic couch designed for next-gen protocols - supporting supine, seated, and adaptive workflows for radiotherapy centers.
Seamless integration
Open interface architecture allows compatibility with all major immobilization systems and fixation platforms - offering flexibility without compromising precision or reproducibility.
Optimized for proton and BNCT fixed-beam treatments
Ensure consistent isocentric alignment and reproducible patient positioning for proton therapy, minimizing setup time and maximizing treatment quality.
Lower costs through fixed-beam compatibility
Innovative integration with inclined and horizontal setups opens a new path to cost-optimized radiotherapy through fixed-beam compatibility.
Stable patient alignment defines accuracy in fixed-beam proton and carbon ion therapy. The RPS Fixed Beam maintains consistent geometry without the need for a rotating gantry, reducing infrastructure cost and setup complexity.
- 6DoF positioning for inclined or supine treatment positions
- Optimized for gantry-less proton and BNCT workflows
- Precise beam targeting with lateral and angular correction