Modular systems and equipment for medical technology and industry – from patient positioning to manufacturing.
gKteso GmbH
Southern Germany · 2 sites, 6,000 m² production spaceNew on Amplifa
About gKteso
gKteso develops and manufactures modular systems and equipment for medical technology and industry. The portfolio includes patient positioning systems for radiation therapy, multileaf collimators (MLC) for beam field shaping, motion systems for ophthalmology, water-equivalent QA phantoms made of tissue-equivalent materials, and imaging solutions for interventional radiology. In the industrial sector, the company offers robotic deburring cells, assembly systems with robotics and motion control, and EMC test systems. In addition to OEM solutions and contract manufacturing – from concept transfer and prototyping to ISO 13485-certified production – gKteso provides design and engineering services (Design as a Service). Metallic and non-metallic materials, plastics, and composites are machined. The company employs around 60 staff at two sites in southern Germany with a total of 6,000 m² of production space.
- Site
- Southern Germany
- Processes
- Deburring (robotic deburring, grinding, polishing, coating), Assembly Machines (assembly systems with robotics, motion control, quality monitoring), EMC Testing (electromagnetic compatibility test systems), Robotic Cell (robotic cell, chipless machining without thermal stress), Contract Manufacturing (concept transfer, prototyping, ISO 13485-certified series production), Design as a Service (industrial design, rapid prototyping, CE/FDA-ready development), Design as a Service, OEM Solutions and Contract Manufacturing
- Materials
- Metals, Plastics, Composite Materials (Composites), tissue-equivalent materials (tissue-equivalent materials for QA phantoms), Tissue-Equivalent Materials
- Certificates
- ISO 13485, CE Compliance, FDA Compliance
- Employees
- 60
- Industries
- Medical Technology, Radiation Therapy, Ophthalmology, Interventional Radiology, Industrial Automation, Research
- 01
Design and Engineering
- 02
Design as a Service / Prototyping
- 03
Concept Transfer
- 04
Certified Series Production (ISO 13485)
- 05
System Integration
- 06
Assembly Systems with Quality Monitoring
Materials & Processes
Metals
Machining in robotic cells for chipless deburring without thermal stress.
Plastics
Processing for medical technology systems and industrial components.
Composite Materials (Composites)
Machining with tight tolerances in the robotic cell.
Tissue-Equivalent Materials
Used in QA phantoms for dosimetry and calibration in radiation therapy and imaging.
Sites
Southern Germany
DEProduction and development (2 sites)
- Materials
- Metals, plastics, composites
- Robotic deburring cell
- Assembly systems with robotics
- EMC test systems
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Deburring (robotic deburring, grinding, polishing, coating)Surface | defined roughness values | – | – | – | metallic materials, non-metallic materials |
| Assembly Machines (assembly systems with robotics, motion control, quality monitoring)Assembly | – | – | – | – | – |
| EMC Testing (electromagnetic compatibility test systems)Testing | – | – | – | – | electronic assemblies |
| Robotic Cell (robotic cell, chipless machining without thermal stress)Forming | tight tolerances | – | – | – | metals, plastics, composites |
| Contract Manufacturing (concept transfer, prototyping, ISO 13485-certified series production)Engineering | – | – | – | – | – |
| Design as a Service (industrial design, rapid prototyping, CE/FDA-ready development)Engineering | – | – | – | – | – |
Additional services
Quality
Production is certified to ISO 13485; systems are developed in compliance with CE and FDA requirements. Assembly systems integrate continuous quality monitoring for repeat-accurate manufacturing.
| Evidence | Southern Germany |
|---|---|
| ISO 13485 | |
| CE Compliance | |
| FDA Compliance |
History
35 years of innovative ideas – the company's history spans roughly three decades of engineering for medical technology and industry.