It is widely known that Additive Technologies comes with numerous advantages in industrial production processes, with their ability to integrate with traditional forming processes, and to create conceptual, functional prototypes and end-use parts, with reduced times and costs.
Freedom of design opens up the possibility to create small batches by immediately creating prototypes in order to optimize the performance of a given part, without the need to create special molds, or increasing the number of reiterations during the design phase.
Within any production process, the benefits of 3D printing also extend to its ability to create basic work tools at any time to meet any need within the production chain. Equipment such as guide masks and fastening tools require precision and high mechanical strength.
Roboze FFF technology, equipped with a range of techno-polymers with high mechanical, thermal and chemical performances, offers all such advantages.
Roboze techno-polymers, such as FUNCTIONAL Nylon and Carbon PA are all ideal materials for the creation of unique, durable, long lasting and versatile production tools.
Roboze’s FUNCTIONAL Nylon boasts a combination of mechanical properties, such as good tensile, compressive and fatigue strength, matched with a low friction coefficient, making it self-lubricating. Parts printed with our FUNCTIONAL Nylon have all the mechanical and self-lubricating characteristics that make this the go-to material in the mechanical industry.
Carbon PA, with its 20% carbon fibre reinforced nylon matrix, matches the mechanical resistance of aluminum alloys, making it equipped for metal replacement applications in many sectors, including tooling.