Gkteso GmbH products
gKteso - Assembly Robots
Error-free and flexible assembly processes are crucial for competitive production. Manual manufacturing reaches its limits with high error rates, limited productivity, and rising costs presenting challenges for companies. Our assembly robots offer a solution: they take on central tasks, optimize processes, and ensure consistent quality.
Medical Solutions- Radiotherapy Patient Positioning (RPS)
gKteso - Model RPS Mini - Patient Positioning Radiotherapy Couches
The RPS Mini upgrades existing radiotherapy couches with 6DoF precision for high precision treatments. Its ultra-flat design fits seamlessly with standard immobilization systems, enabling submillimeter alignment right before irradiation. Perfect for upgrading basic 3 axis tables, it boosts accuracy, streamlines workflows, and brings image-guided precision to every treatment session.
gKteso - Model RPS SGRT - Motion Management Radiotherapy Couches
The RPS SGRT brings real-time, markerless motion control to modern radiotherapy. It continuously tracks patient anatomy to maintain submillimeter accuracy without invasive markers. Perfect for frameless stereotactic and motion-sensitive treatments, it enhances safety, comfort and workflow precision in every session.
gKteso - Model RPS Base - Robotic Couch for Image Guided Radiotherapy
The RPS Base delivers robotic 6DoF positioning for advanced radiotherapy workflows. It achieves submillimeter correction in pitch, roll, and yaw for precise targeting in stereotactic and image-guided treatments. While being LINAC system agnostic, it can be customized for the OEM to enable faster setup, higher accuracy and full integration into next-generation radiotherapy platforms.
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
gKteso - Model RPS Base MR - MRI-Guided Radiotherapy Combines Diagnostic Robotic System
The RPS Base MR brings 6DoF precision to MRI-guided radiotherapy. Built entirely from non-magnetic, distortion-free components, it preserves image quality while enabling real-time anatomical correction during treatment. With integrated coil interfaces and adaptive workflow support, it sets the standard for next-generation hybrid radiotherapy systems.
gKteso - Model RPS Head - Head Enables Precise Angular Correction System for Head and Neck
The RPS Head enables precise angular correction for head and neck radiotherapy and cranial SRS. It allows submillimeter adjustments in pitch, roll, and yaw to ensure exact beam alignment and reproducible positioning. This add-on module enhances treatment precision and supports accurate surface-guided radiotherapy without interrupting workflow.
Medical Solutions- Beam Shaping Systems
gKteso - Model Standard MLC - EMM 120 - Multileaf Collimator for Precise Field Shaping
Our EMM120 Standard MLCs are compact, robust and cost-effective solutions for clinical and OEM beam-shaping applications. With a 40×40 cm field shaped by 120 leaves and a highly dynamic speed control, they cover a wide range of use cases – offering precise field shaping, optimized leaf geometry and compatibility with conventional radiotherapy system architecture.
gKteso - Bespoke MLC 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.
Medical Solutions- Ophthalmology Motion Systems
gKteso - Ophthalmology Eye Surgery Bed
The Ophthalmology Eye Surgery Bed is a precision-engineered patient positioning system specifically developed for ophthalmic laser procedures such as LASIK, PRK, and SMILE. With ultra-smooth, vibration-free motion control and joystick-controlled fine adjustment (0.02 mm (20 microns) lateral/longitudinal; 0.05 mm vertical), it enables millimeter-accurate alignment while maximizing patient comfort during extended treatments. Designed for seamless integration with leading ophthalmic laser platforms, the system supports consistent workflows, increases surgical precision, and contributes to improved clinical outcomes in refractive eye surgery.