Fasteners tools are fundamental devices used in cutting, machining and welding processes, with the aim of providing repeatability and accuracy while increasing productivity.
A key fastening tool feature is its ability to ensure interchangeability in the production process. Each fastening tool is designed to adapt to the geometry of the part to be fastened during the machining process.
With unlimited design possibilities, FFF technology can produce fastening tools to meet any needs in a few hours while also reducing costs and cycle time with increased quality of the finished product.
The materials used and the tool creation process must ensure:
- Mechanical resistance and rigidity
- High Thermal resistance against heat sources
- High Chemical attack resistance against grease, oils and solvents
- Dimensional accuracy
Roboze Carbon PA not only meets but surpasses these requirements, making it the ideal material for the production of fastening tools, thanks to its exceptional thermal resistant carbon fibre polymer matrix, which is capable of replacing metals like aluminum in numerous applications:
- Tensile strength: 138 MPa and elastic modulus: 15 GPa
- Continuous use temperature: 150 ° C
- Chemical resistance
Part accuracy is guaranteed with Roboze's "Beltless System" capable of reaching 25-micron mechatronic precision levels through intensive thermal behavior analysis and deformation mechanisms in the polymer-printing phase.
Advantages:
- Ability to immediately modify dimensions to adapt to different diameters
- Lightening of weight
- Time/cost reduction