New Technology For Precision Mold Parts Processing

Additive manufacturing: unrestrained production

The cooling water channel in the precision mold accessory insert is very important in the mold, and the traditional manufacturing technology cannot achieve the conformal cooling water channel design. The precision mold parts are processed according to the traditional method. In actual production, due to the uneven temperature of the product, the shrinkage, porosity, mold sticking, poor filling, warping deformation and other poor quality will result. Innovative "additive manufacturing" technology brings solutions to this.

As an additive manufacturing technology, laser direct sintering metal technology uses a holmium fiber laser to emit laser light to a metal powder, causing the laser to automatically aim at points in the space constructed by the 3D model and fuse the materials together to form a solid structure. Today, additive manufacturing technology can produce complex conformal cooling / heating channels that were not possible before. A huge revolution in the quality of precision mold parts came into contact with areas of the insert that could not be cooled or heated before.

Laser texture: setting new design benchmarks

With innovative technology backed by all-digital laser texture technology, you can avoid deviations from the initial design, experience first-class production processes with stability and repeatability, and unlimited design possibilities.