Positioning Tooling Molds

Core process

Positioning Tooling Molds technology covers core processes such as high-speed milling, electrical discharge machining, and CAD/CAM software. Among them, the high-speed milling technology, with a processing temperature rise of only 3℃, is suitable for processing heat-sensitive materials such as magnesium alloys and thin-walled parts.

Technical advantage

Mold polishing technology is an important component of mold surface engineering and a significant post-treatment process in the mold manufacturing process. The domestic polishing equipment, grinding tools, abrasives and processes for molds polished to Ra0.05μm can basically meet the requirements, while the mirror polishing equipment, grinding tools, abrasives and processes for molds polished to Ra0.025μm are still in the exploratory stage. With the large-scale application of mirror injection molds in production, mold polishing technology has become a key issue in mold manufacturing. Due to the fact that there are still certain problems in domestic polishing technology and materials, a large part of injection molds for point-and-shoot camera lenses, CDS, VCDS and tools with high transparency requirements still rely on imports.

About Us

Xincheng 's Positioning Tooling Molds, as a technical and auxiliary tool for manufacturing Molds, has a very wide range of applications. In addition, we also undertake the manufacturing of high-quality positioning tooling and molds, and are committed to helping more enterprises create better CNN product processing and customization solutions.

Xincheng has always been dedicated to the research and development and production of high-precision components, metal stamping die components and precision components for automation equipment. Its products are widely used in school research, medical devices, semiconductor industry, new energy equipment and core components of industrial automation equipment, etc. By continuously optimizing the precision processing technology, we have overcome the technical difficulties of small components and complex structural parts, and have an advantage in small metal components and gear components.