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Success stories

If you’re happy, we’re happy. It’s as simple as that. We’d be delighted to show you some examples of projects we’ve completed. After all, happy customers are the best type of calling card.

 

Clamp with a drill guide

Co-engineering with the customer from concept ideas and 3D-printed prototypes right through to the final instrument with an innovative drill guide system and clamp fixing principle, made of carbon fiber-reinforced materials.

Specifications
  • Radiolucent instrument
  • Drill guide device for drilling into the bone canal with eccentric function
  • Clamping mechanism for enclosing the piece of bone to be fixed
  • Dismantling option for safe cleaning after surgery
Implementation
  • Clamping mechanism using a scissors principle
  • Carbon self-locking mechanism for securely holding the clamping position
  • Clamp arms made of compression-molded carbon blanks to meet the high strength requirements
  • Drill guide attachment with eccentrically rotatable and detachable guide sleeve on the clamping mechanism
  • Innovative connection techniques to assemble 15 different individual components into the final instrument

Spinal implant

Spinal implant for cervical disc replacement. UHMW-PE sliding core between two titanium end plates. Radiographical marker in the sliding core. Implant holder for positioning the prosthesis in the body.

Targets
  • Lowest possible abrasion between PE sliding core and titanium sliding surfaces
  • Maximum component dimensional accuracy
  • PE core click fixation and zero-play sliding in the lower plate
  • Maximum prosthesis primary fixation
  • Secondary fixation due to HA coating (external)
  • Identification of the components and identification of the installation position
Result
  • Laser-marked implant according to customer specifications
  • Production of the critical micro-geometries for the sliding core fitting using special milling processes and tools
  • Vibration-polished metal sliding surfaces facing the sliding core. Razor-sharp, self-anchoring primary fixation teeth on the opposite side. This combination of diametrically opposed requirements could only be produced affordably using a specifically developed process.
  • Wire-eroded guide strips on the glass bead blasted implant
  • Holder to achieve the required precision

Spine clamp for surgery navigation

Co-engineering with the customer from concept ideas to full production.
 
Specifications
  • Radiographically transparent instrument
  • Secure fixation mechanism on the spinous process
  • High functionality and rigidity
  • High precision from the interface to the navigation reference
  • Small and high functionality and resilience throughout the entire product lifecycle
Implementation
  • Clamping mechanism using a screw principle with a quick-release function
  • Integrated spring mechanism to open the arms
  • Connecting pieces and clamping arms milled from carbon-fiber-reinforced PEEK with a fiber volume of up to 60%
  • Secure connection and integration of metallic interface components
  • Teflon-filled PEEK components for minimal friction coefficients with minimal wear
  • Markings using high-quality pad printing processes
  • GTIN and 2D data matrix labeling with the latest laser labeling technology for reliable and efficient traceability throughout the entire product lifecycle

Single-use targeting device

Single-use targeting device for placing a bone implant for the treatment of bunions.

Targets
  • Low costs
  • Maximum Xray transparency
  • High precision and accuracy
  • Two target positions
  • Axial and length accuracy
  • Thread and sliding part with position information
  • Abrasion-free during operation
  • Bending and torsional rigidity
  • Metal insert to hold the implant
  • Similar in design to its metallic predecessor
Result
A hybrid of an injection molded part with metal insert and mechanical post-processing – a masterpiece. During an intensive co-engineering process with the customer, the bending and torsional rigidity were fully optimized. The alignment of the metal insert is controlled by a special technology in the injection mold. The repeat accuracy is in the range of a few angular seconds. This is the only way to ensure the necessary precision for the subsequent mechanical process. Markings on the product are applied both through spraying and using lasers. The subsequent machining of the glass-reinforced polymer requires the parts to be aligned with an accuracy of 1/100 mm. Article-specific clamping and sophisticated measurement systems support our specialists in their work. Only the use of milling algorithms and coordinated tools developed in-house guarantee process reliability for thousands of parts. We achieve a very high degree of automation due to robot support. A final blasting process with dry ice removes any parting line burrs while also cleaning the part – everything from a single source.

Bone clamp

The order consisted of converting a metal bone clamp into a Xray transparent instrument. The instrument itself is used to stabilize a fracture or an osteotomy.
 
Targets
  • Arched jaw halves with a narrow end for optimum accessibility
  • Radiographic transparency, including lock
  • Operated in the same way as the metallic bone clamp
  • Autoclavability
  • Biocompatibility
Result
  • Perfect Xray transparency, since there are no metal parts.
  • Concept proposals with functional and display models, including a production concept
  • Creation of 3D models and concept drawings
  • 3D-printed prototypes
  • Two-part detachable design for optimum cleaning
  • Maximum strength due to the use of carbon long-fiber-reinforced PEEK
  • Predetermined breaking point against overload
  • Tooth geometry optimized for the material
  • Design, manufacture and optimization of production facilities
  • CNC parts processing with assembly and finishing
  • Compliance with the price targets
  • Accompanying sterilization tests

Retractor

Development support and production of Xray transparent retractors for shoulder surgery.

Targets
  • Designed in the same way as the metallic instrument
  • High mechanical strength
  • Low instrument weight
  • Resistance to hot steam sterilization
  • Biocompatibility
  • Parallel production of several versions
Result
  • Creation of 3D models and concept drawings
  • Design, manufacture and optimization of production facilities
  • Multi-cavity compression molding tool with slides
  • Multi-axis and near-net-shape compression molding
  • CNC finishing
  • Component weighs just 60 g
  • Perfect Xray transparency for optimized surgery times
  • Sterilization tests
  • Compliance with price and deadline specifications

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