Maximum precision in medical technology —
efficient production solutions for perfect components.
Maximum process reliability, innovative machining and the highest surface quality — for long-lasting medical technology components.
From raw part machining to final surface finishing — we offer you specialised production solutions for medical components. Our technologies and machining expertise ensure maximum precision and process reliability. Thanks to well thought-out procurement solutions, we ensure that the right tools are available at all times.
Thanks to our multi-brand strategy and comprehensive consulting services, you will not only have access to cutting tools leading brands, but also the best-practise solutions for demanding materials such as titanium, stainless steel and cobalt chrome molybdenum, which are frequently used in the medical industry.
Your benefits at a glance
- Precision production for constant quality → Optimum machining technologies for efficient and economical production
- Efficient production and reduced downtimes → Optimised tool selection and process consulting for trouble-free production
- Availability and efficiency through optimised tool procurement → High-quality precision tools and production strategies available at all times
Materials and machining technology for maximum precision
The right combination of material selection and production technology determines precision and longevity in the medical industry
Every material must be precisely tailored to the respective application and machined using the right production technology to ensure maximum safety and performance.
- Titanium alloys, ceramics and fibre reinforced plastics
Biocompatible materials for implants and MedTech products
- Specific machining strategies
Finest machining for high-precision medical technology components
- Machining technologies for MedTech
Perfect surface treatment for long-lasting implants
Manufacturing solutions for MedTech components
From implants to surgical instruments, every component places the highest demands on material, machining and precision.
Each MedTech component requires special machining steps — our solutions cover the entire production process. In this section you will find detailed information on the most important components and their machining.
Click on the interactive graphic to learn more about the machining steps of the MedTech components.
Präzision & Oberflächenqualität für perfekte Implantate
Machining of hip implants requires the highest precision to ensure optimal functionality and long durability. Specialised machining technologies enable smooth surfaces and precise geometries that support perfect integration in the body.
Precise machining for a perfect fit — durable and reliable hip implants
Maximum load-carrying capacity for long-lasting knee implants
Knee implants must withstand extreme stresses and at the same time allow natural mobility. Precise milling, turning and drilling processes ensure precise geometries and customised surfaces.
Optimised production for long-lasting knee implants and high load-carrying capacity
Highest precision for flexible and long-lasting intervertebral disc prostheses
Intervertebral disc prostheses must optimally absorb pressure loads and at the same time enable flexible movements. Specific processing methods ensure exact contours and an optimal material structure. The rough surface allows the prosthesis to grow together with the body.
High-precision production for a flexible and long-lasting intervertebral disc prostheses
Stability and accuracy of fit for optimal fracture healing
Bone plates must fit exactly to the anatomy to ensure secure fixation. The service life and bone integration of an implant in the body depends significantly on the dimensional precision and surface quality achieved by high-precision milling.
Custom-fit bone plates for safe fracture healing
High-precision threads for maximum fixation force
Bone screws are essential for stabilising bone fractures and implants. Precise turning and milling procedures guarantee optimal thread geometries, minimise the risk of loosening and ensure reliable fixation in the bone.
Precise thread machining for secure and resilient bone screws
Finest microstructures for optimal osseointegration
Dental implants require high-precision micro-processing to enable rapid and stable healing in the jaw bone. Specific milling and turning techniques produce the necessary microgeometries to support bone attachment and ensure the longevity of the implant.
Pure titanium for dental implants: Biocompatible, stable and promotes osseointegration
Maximum hygiene and burr-free for surgical precision
Surgical instruments require an extremely smooth and durable surface to meet the highest hygiene requirements. Specialised machining processes ensure corrosion resistance, easy cleaning and a long service life of the instruments.
High-precision machining for sterile, burr-free and durable surgical instruments
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Production Technology – Solutions for the medical industry
Get a comprehensive insight into the latest solutions for the medical technology industry — from components to materials to machining technologies.
