3C Electronics

3C industry tools are mainly used for frame processing, and the materials of the frame are mostly plastic and titanium alloy. Commonly used products are drill, milling cutter, non-standard molding knife, single blade knife, tap. And the tools required for the glasses industry must be high-precision and small tolerances.

Our company’s cooperative customers include Luxittica and Bolon.

The metal structural components of electronic products are generally made of stainless steel and aluminum alloy. Stainless steel has a good luster, but its weight is not dominant; Aluminum alloy has the advantage of lightweight, but its hardness is average. The strength of titanium alloy is higher than that of stainless steel, but its weight is only half that of stainless steel of the same volume, which can achieve both hardness and weight simultaneously. Due to the difficulty and low yield of traditional processing of titanium alloys, the requirements for cutting tools will continue to increase in the future.

The application of superhard cutting tools in the 3C industry is mainly in the fields of 3D glass, ceramic materials and metal shells, middle frame processing, and titanium alloys. With the emergence and development of high-speed cutting machines and superhard tool materials, high-speed cutting has gradually become the mainstream titanium alloy processing technology. As is well known, high-speed cutting can greatly improve machining efficiency, increase the surface quality of the workpiece by 1-2 levels, and reduce machining costs by 20% to 50%. Meanwhile, both PCD and PCBN superhard cutting tools have significant advantages in high-speed cutting of titanium alloys, such as long tool life and high machining quality. In the future, superhard cutting tools will gradually become an option for mass production of titanium alloy structural parts.

As a core element in the research system of cutting technology, the development of tool technology can bring new changes to cutting technology. To achieve high-quality and efficient cutting of titanium alloy components, it is necessary to scientifically select or design high-performance cutting tools, including tool material and tool structure design, tool coating preparation, tool cutting parameter optimization, tool processing status monitoring, and cutting database development. Our company focuses on the technical team of 3C cutting tools, serving some excellent domestic and foreign product brands. We have accumulated rich experience in the design and application of various cutting tools, helping customers achieve more efficient precision machining and cost reduction.