Electronic devices are ubiquitous in our lives. However, most people are not familiar with how these products are made, such as mobile phones, earphones, microphones, air conditioners, refrigerators, and so on. All electronic components, as precise as chips, are processed by photolithography. The shell of the mobile phone may be cast out of stainless steel. The mobile phone protective case is injection molded. Earphones involve nano injection molding. Some appearance parts involve mirror polishing, vacuum plating, and other processes. Intuitively, all of our processes involve CNC machining and its supporting processes.
As a process, CNC machining applies to all electronic parts. Plastics, metals, alloys, mixed materials, etc., all can be CNC machined using different tools and cutters. Due to these factors, CNC machining is ideal for all links from R&D to mass production of electronic products.
The high stability of CNC machining is one of its characteristics, which is the reason for its widespread use. Different CNC machine tools can produce various sizes and precision parts. Therefore, mass production across regions (countries) is highly operable.
CNC machining has ultra-high precision. Therefore, it can be compatible with all low-precision machining and is also suitable for machining small and complex parts. These parts can be combined into larger components or parts, such as mobile phone shells, keys, frames, glass, notebook computer shells, shafts, keys, fans, cooling pipes, etc. In addition, the tight tolerances provided by the machining center also satisfy the requirements of parts in reality, particularly those for post-treatment.
The electronics industry demands a quick reaction from the supply chain and a particularly short cycle time for downstream component production due to its short cycle time and fast innovation. CNC machining is highly programmable enabling speedy production time planning and implementation because it doesn't require very complex tools and can copy processing in large quantities. Its strong timeliness is thus demonstrated.
