en.Wedoany.com Reported - Homberger, an Italian distributor headquartered in Genoa, representing AMF (Andreas Maier Fellbach) clamping technology, has launched a zero-point clamping system for base plates, aimed at addressing bottlenecks in the post-processing of metal 3D printing. As metal additive manufacturing moves toward mass production, the manual repositioning, alignment, and clamping of printed parts is not only time-consuming but also introduces errors due to inconsistent operator actions.

The system is based on AMF's proven ZPS zero-point clamping platform, allowing printed parts to be secured on the base plate and directly fed into machining processes without intermediate repositioning steps. Parts are transferred from the build plate to the machining station without requiring additional manual operations.

Homberger explicitly states that the system achieves a repeat positioning accuracy of less than 5 microns and enables five-sided machining without repositioning. Based on these specifications, the company estimates that the module can reduce setup time by up to 50% compared to manual reclamping methods, while minimizing alignment errors caused by manual steps. Homberger has also released a demonstration video showcasing the complete workflow from build plate removal to machining.

The clamping module combines AMF's zero-point technology with a modular segmented plate structure, designed to accommodate different part geometries. Components can be connected without screws and directly enter machining, with its modular design intended for integration into automated production lines alongside CNC machining centers.

Homberger has not yet disclosed product pricing, specific machine compatibility, or the module's launch timeline, with relevant information only available on its Italian-language product page for the ZPS zero-point system.