Applications

In the production and regeneration processes of gear-cutting tools, the primary focus is on cutting performance.

With this goal in mind, Lafer has developed a work method to offer a comprehensive service that includes decoating, certified sharpening, honing and cutting-edge profile inspection, and specialized coatings for hobs, shaper cutters, and stick blades.

The application of coatings in the cylindrical tooling sector aims to increase cutting parameters and reduce friction and operating temperatures.

In chip removal processes, the goal is to facilitate chip evacuation, subject the tool to the least possible thermal stress, and thereby increase its useful life.

Cold forming processes, whether involving sheet metal deformation, blanking, or deep drawing, subject the components involved (such as punches, dies, and die-presses) to wear, which negatively impacts the quality of the stamped parts and overall productivity.

In the hot forging, particularly in aluminum and zinc-aluminum die-casting processes, preparing the stamping components is crucial to protect molds, inserts, and cores from wear mechanisms and thermal fatigue.

In the plastic molding sector, the quality of the mold’s surface is crucial. The better the physical characteristics of the surface, the higher the quality of the finish on the molded part.

Applying coatings to engine components ensures greater resistance to high temperatures, reduced power losses due to friction, increased contact pressures, and minimized wear.

Biocompatibility, reduction of the coefficient of friction, and increased wear and corrosion resistance are the fundamental requirements for devices intended for the medical sector.

In the automatic machinery sector, it is essential to withstand highly aggressive working conditions in order to reduce production downtime and machine maintenance.