Modular Systems and Equipment
for Medical Technology and Industry
gKteso supports OEMs in building future-ready radiotherapy, imaging, and surgical systems. Our proven platforms, integration expertise and certified quality management processes support efficient development and preparation for applicable regulatory pathways.
Our areas of expertise in Medical
Radiotherapy Patient Positioning
gKteso’s modular RPS platforms deliver submillimeter patient positioning for stereotactic and MRI-guided radiotherapy. Seamlessly integrating with linear accelerators, they enhance targeting accuracy, streamline workflows, and improve patient safety – empowering clinics and OEMs to achieve next-generation treatment precision.
MLC Beam Shaping Systems
gKteso provides advanced Multileaf Collimators (MLCs) for accurate and reliable radiation field control. Our standard and customized beam shaping systems enable fast OEM integration, support innovative radiotherapy platforms, and ensure clinical precision. With modular design and proven engineering, gKteso helps accelerate development and deliver high-performance radiotherapy solutions worldwide.
Ophthalmology Motion Systems
Ophthalmology Motion Systems by gKteso deliver ergonomic, modular patient positioning for LASIK, PRK, SMILE, and advanced microsurgery. Engineered for seamless OEM and clinical integration, our platforms are designed to support integration into regulated ophthalmology systems and established clinical workflows – accelerating system development and global market access.
Water-Equivalent QA Phantoms
QA Phantoms from gKteso deliver reliable quality assurance and calibration for radiotherapy and imaging. Made from tissue-equivalent materials, they enable precise dosimetry, system commissioning, and end-to-end validation. Designed for reliable quality assurance and calibration in radiotherapy and imaging applications. Regulatory status depends on the specific product configuration and market. Ideal for clinics, OEMs, and research to achieve consistent, accurate QA results.
Interventional Radiology
gKteso designs advanced imaging solutions for minimally invasive procedures. Our ceiling-mounted and mobile systems provide real-time, high-resolution imaging, optimized patient access, and seamless hospital IT integration. Built for OEMs and clinical innovators, they are engineered to support OEM development, system integration and preparation for applicable regulatory requirements. |
OEM Solutions and Contract Manufacturing
gKteso helps medical technology innovators turn complex ideas into reliable, compliant products. We support the full journey – from concept transfer and prototyping to series production within our ISO 13485-certified quality management system. With decades of engineering expertise and regulatory know-how, we enable faster market entry, precision manufacturing, and scalable growth for global MedTech OEMs.
Design as a Service
gKteso helps MedTech OEMs turn complex ideas into safe, user-friendly, and regulatory-compliant products. From initial concept and rapid prototyping to scalable production, including support for applicable CE-marking and FDA submission activities, our industrial design and engineering expertise accelerate development, reduce approval risks, and deliver innovative devices to market faster.
Our areas of expertise in Industrial
Deburring System
We design and build finishing systems for metallic and nonmetallic components. Using advanced grinding, polishing, and coating technologies, we produce surfaces with defined roughness values that meet demanding industrial standards.
Assembly Machines
Our assembly systems combine robotics, motion control, and integrated quality monitoring for precise and repeatable production. Each system enables reliable joining, fastening, or alignment of complex components in continuous operation.
EMC Testing
We develop test systems that detect and eliminate electromagnetic interference in electronic assemblies. Precise measurement and analysis modules ensure electromagnetic compatibility and compliance with international standards across diverse industries.
Robotic Cell
The robotic cell handles metals, plastics and composite materials without thermal stress. Its integrated control guides every step with consistent precision and produces tight tolerances and clean edges. This allows you to create complex geometries for industrial parts and medical components with stable and repeatable processes.
About us
35 Years of innovative ideas
60 Employees
6,000 m² Production area
2 Locations in southern Germany
16+ MLC designs
50% of Ophthalmology OEM market
Smarter Solutions
for Maximum Quality
gKteso is an innovation partner for advanced motion and positioning systems. We develop and manufacture technologies that enable precise movement, stable processes and reproducible results. Our systems are used in medical technology, industrial automation and research environments, wherever accuracy and reliability define success.
Why Choose gKteso?
End-to-End Development
From concept drawings and early specifications to production within our certified quality management system, gKteso provides integrated development and manufacturing support. Our integrated engineering and manufacturing ensure seamless processes, shorter lead times, and reliable scalability for OEMs.
Fully Customizable Solutions
Every project is unique. But the schedule is always tight. That’s why our platforms and components are modular and fully customizable - tailored to your technical, clinical, or regulatory needs. We turn your specifications into high-performance products designed to support your intended regulatory pathway.
Certified Quality
& Compliance
Our ISO 13485- and ISO 9001-certified quality management systems support controlled processes, traceability and consistent quality. Our quality-management approach supports controlled documentation, risk management and project-specific regulatory preparation.
35+ Years of Engineering Expertise
Decades of experience in precision motion, radiotherapy, and automation make gKteso a trusted OEM partner. Our proven track record and deep technical know-how ensure dependable, future-proof system performance.