Semiconductor Medical

Semiconductor Medical

Short Description:

High-precision processing of electronic components
Switches, control rods, sensor housings and other components in semiconductor medical devices must meet micron-level tolerances (±0.005mm). Five-axis CNC machine tools can precisely process titanium alloys or PEEK materials through five-axis linkage technology. Titanium alloys have high strength, low density and biocompatibility, and PEEK is resistant to high temperatures and corrosion. Both are suitable for medical housings, while ensuring electromagnetic compatibility and long-term stability.

Semiconductor Medical

Customization of semiconductor chip heat dissipation modules

In response to the heat dissipation needs of chips, CNC high-dynamic milling technology can process copper/aluminum alloy heat sinks, and by optimizing the number, spacing and angle of fins, the heat dissipation area is increased and the heat conduction efficiency is improved.

Medical implants and semiconductor integration

Smart implants (such as orthopedic screws that monitor physiological signals) rely on CNC technology to process micropores/channels on the surface of titanium alloys to achieve the packaging and circuit integration of micro semiconductor sensors.

Environmentally friendly materials and sustainable production

Bio-based plastic PA610 (degradable and renewable) gradually replaces traditional nylon for medical components. Combined with electroplating wastewater heavy metal recovery technology, it reduces pollution and promotes resource recycling.

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