Beam shaping system  Manufacturers, Traders, Suppliers

gKteso specializes in the development of patient-platforms with 6D control, inter alia, for radiotherapy with linear accelerators. With its RPS base and extended models gKteso is now entering the international medical technology market. About 25 years ago, mechanical engineer Guido Kübler, founder and Managing Director of the company, started with the development and production of 6D controlled patient-platforms for hospitals and specialist practices. As classic OEM, the company distributes these products to distinguish international partners.gKteso is a specialized OEM development and manufacturing partner for high-precision components and subsystems used in large-scale medical devices.
We support leading global MedTech companies in the design, engineering, and series production of mission-critical systems for radiotherapy, radiology, and advanced medical imaging.
Our portfolio includes mechanical assemblies, integrated drive systems, and complete subsystems for applications such as linear accelerators (LINACs), C-arm and CBCT imaging systems, and robotic 6-DoF patient positioning solutions. All solutions are developed with a strong focus on precision, reliability, and regulatory compliance in clinical environments.
With engineering and manufacturing sites in Bobingen and Schwarzenbruck (formerly LAP Sued GmbH), gKteso combines over 30 years of MedTech engineering experience with deep expertise in OEM collaboration, modular system design, and scalable production. We work closely with our customers from early development through validation and series-ready manufacturing.
gKteso is a trusted OEM partner for internationally leading medical technology companies, including Siemens Healthineers, Elekta, and Standard Imaging.

Core capabilities:

• OEM development & series manufacturing for medical devices
  
• Modular subsystems for radiotherapy and radiology systems
  
• High-precision mechanics, drive technology & mechatronic integration
  
• Regulatory-aware engineering for medical applications