In the electronics and semiconductor fields, components require a high degree of miniaturization and cross-batch quality consistency. Leveraging extensive experience in precision CNC machining, MCPi provides high-precision, high-durability component machining services specifically for critical equipment such as wafer carriers, IC test fixtures, and AI server wire harness connectors. We focus on solving the pain points of mass production stability by introducing high-speed precision manufacturing processes and segmented machining techniques. This effectively suppresses micro-burrs and stress deformation in high-end materials like PEEK, POM, and Aluminum 6061 during high-speed cutting, ensuring finished products possess micron-level geometric tolerances and excellent surface roughness. From flexible development in the R&D stage to high-volume mass production, MCPi consistently demonstrates outstanding Cpk process capabilities, making us the most trusted technical partner for major technology companies.
Machining Capabilities
Our Advantages
Sub-micron for front-end equipment, micron-level for test, and high-precision for structural parts.
From R&D prototyping to mass production, we maintain consistent machining quality, reducing the risk of product failure.
Supports 6061, SS400, S45C, SUS420, SUS304, SUS316, PEEK, POM, Carbon Fiber (CFRP), Engineering Plastics, etc., complying with semiconductor safety standards.
We provide tailored machining strategies and recommendations based on semiconductor component design requirements.
Every component undergoes strict inspection to ensure compliance with semiconductor component standards and customer requirements.
Electronics and Semiconductor Industry Application Examples
It is a core automated equipment for protecting product structural strength, electrical insulation, waterproofing, dustproofing, and thermal management. It is applied to connectors, wire harness SMT, board-level packaging precision modules, and medical electronics.
With a mechanical design featuring a dual-track belt conveyor, multiple vertical pneumatic/servo-driven modules, and multi-point nozzles/grippers, dedicated automated machines have a very wide range of applications in the electronics and precision manufacturing industries.
In cleanrooms, they serve as carriers for batch distribution and temporary storage of wafers between machines or manual inspection stations.
The prober aligns the probe card precisely with the bare die pads on the wafer. The tester performs electrical testing on the chips to screen out defective ones, preventing bad chips from being sent for high-cost packaging.
