An unrounded cutting element quickly loses its working capacity and the performance of the machining centre decreases drastically.
The production volume of the plates, the variety of geometries and the need to process the plates without one hitting the other, are conditions that can hardly coexist. Brushing is the commonly used technology, which proves effective but leads to an early deviation in the process quality.
Norblast has created an innovative solution capable of responding to all needs, both explicit and implicit, creating an automatic system with a need for set-up, upon size changeover, reduced to a few minutes or almost zero. The treatment is of the “self-regenerating” type, with grit continuous cleaning and the achievement of an extraordinary consistency of the process over time.
The adhesion of the TIN, PVD, etc. coating to the component surface is strongly influenced by the quality of the surface preparation before the coating itself.
A non-repetitive process leads to great differences in the life of the final tool with a great dissatisfaction of the end customer. In addition, the areas of diffusion of coatings and surface hardening treatments are increasing exponentially. This means that it is necessary to work with geometries that are always different from each other in batches that are often very small. The management of this variability introduces daily criticalities combined with the need to ensure ever shorter delivery times.
Norblast has developed a process capable of preparing the surface while respecting the cutting elements and capable of machining geometries that are also different from each other within the same treatment, thus allowing you to optimise the charges of the coating furnace. All this while maintaining the IT traceability of the machined components. The treatment can be carried out either manually or automatically up to a fully robotised solution.
