The small metal box manufactured using CNC hardware processing, with its three core advantages of corrosion resistance, impact resistance, and non-deformation, is becoming the preferred solution for high-end industrial hardware casings.
The micron-level manufacturing capabilities provided by CNC machining technology are essential for the precise, seamless installation of various PCBs, connectors, heat sinks, sensors, and other electronic modules within confined spaces.
In high-end electronic equipment, industrial control terminals, medical instruments, and communication base stations, metal housing serves not only as a physical barrier but also as a comprehensive carrier of brand image, heat dissipation performance, and
In today's rapidly evolving digital display technology, while the VGA interface has gradually been replaced by high-definition standards such as HDMI and DisplayPort, VGA switchers still play an irreplaceable role in industrial control, medical equipment,
CNC machining, with its high automation, high repeatability, and high controllability, has become the core process for achieving this goal.
As the "armor" that carries and protects these precision components, the VGA switcher's metal housing must achieve millimeter- or even micrometer-level precision matching with the internal circuitry. Achieving this goal relies heavily on the systematic ap
