PATENT – CLAMPING FIXTURES
Our fixing fixtures were developed with one clear objective: to optimise the dimensional inspection of plastic or metal components.
Achieving this required three key improvements:
Following extensive research and development, our design and 3D printing laboratory developed a new solution that combines FDM 3D printing for the main structure with resin 3D printing for the fixing points. These elements are at the heart of the patent application. Our proprietary system allows the fixture’s fixing points – and therefore the locating and anchoring points of the component under inspection – to be adjusted with an accuracy of ±0.02 mm, even on large-format fixtures.
Dimensional verification is carried out in our metrology laboratory using ZEISS PRISMO and ZEISS ACCURA coordinate measuring machines.
The solution is intended for all industries in which plastic or composite components are used, including automotive, medical technology, aerospace, motorsport, chemicals, shipbuilding, Oil & Gas, healthcare, electronics and household appliances.
Achieving this required three key improvements:
- ensuring the reliability of the measurements performed,
- expanding the range of applications by developing a suitable load-bearing structure,
- making the fixtures easier to handle, particularly in larger formats
Following extensive research and development, our design and 3D printing laboratory developed a new solution that combines FDM 3D printing for the main structure with resin 3D printing for the fixing points. These elements are at the heart of the patent application. Our proprietary system allows the fixture’s fixing points – and therefore the locating and anchoring points of the component under inspection – to be adjusted with an accuracy of ±0.02 mm, even on large-format fixtures.
Dimensional verification is carried out in our metrology laboratory using ZEISS PRISMO and ZEISS ACCURA coordinate measuring machines.
The solution is intended for all industries in which plastic or composite components are used, including automotive, medical technology, aerospace, motorsport, chemicals, shipbuilding, Oil & Gas, healthcare, electronics and household appliances.
A SYNERGY OF METROLOGY, DESIGN, AND 3D PRINTING
To manufacture the fixtures, we use an integrated process combining advanced CAD software for design, 3D printers capable of producing parts and fixtures up to one cubic metre in size, and coordinate measuring machines (CMMs) for dimensional verification. A key advantage of this approach is that every stage is carried out internally in TECHNE’s laboratories, giving us direct and continuous control over the entire process.
The results demonstrate the effectiveness of this method. Many customers use our fixtures in their daily operations and, in numerous cases, have replaced conventional metal solutions entirely.
The fixtures are particularly valued for their low weight, design flexibility, short production times and extensive customisation options – without compromising precision or reliability.
The results demonstrate the effectiveness of this method. Many customers use our fixtures in their daily operations and, in numerous cases, have replaced conventional metal solutions entirely.
The fixtures are particularly valued for their low weight, design flexibility, short production times and extensive customisation options – without compromising precision or reliability.
ADVANCED TOOLS
3D PRINTER MD400
3D PRINTERS MD600
3D PRINTERS MD1000
CMM ZEISS PRISMO 12 18 10
SUSTAINABILITY
Another key advantage of our fixtures is their environmental friendliness. The materials used in the compound include renewable resources derived from corn, which help reduce environmental impact during production and allow for easy recycling in case of disuse or print errors. Furthermore, the 3D printers used are more energy-efficient than conventional CNC machining centers.
