Introduction to Heated Fixtures
MCPi provides a one-stop customized machining service for heating fixtures, precisely addressing critical pain points in semiconductor and electronic manufacturing processes. Our services encompass micron-level complex-profile milling and dowel pin hole machining, ensuring reliable repeatability and zero displacement under high-temperature conditions. We utilize premium heat-resistant and thermally conductive materials—including pure copper, aluminum alloys, PEEK, and composite stone (e.g., Durostone®)—paired with hard anodizing or Teflon surface treatments.
By precisely pre-machining slots for heating elements and sensing holes for thermocouples, we maximize thermal conduction efficiency and temperature control accuracy, delivering a comprehensive solution to thermal deformation and temperature uniformity issues.
MCPi delivers high-precision, one-stop machining capabilities for heated fixtures. Our manufacturing process features micron-level CNC 4-axis and 5-axis milling, ensuring exceptional repeatability and alignment precision under rigorous thermal cycling conditions. We excel in processing thermally conductive and heat-resistant materials—such as pure copper, aerospace-grade aluminum alloys, PEEK, and composite stone (e.g., Durostone®); while effectively suppressing machining-induced residual stress and structural deformation. The manufacturing flow seamlessly integrates slots for heating elements and micro-diameter sensing holes to maximize thermal conduction efficiency. Paired with hard anodizing or Teflon surface treatments, our solutions comprehensively optimize thermal uniformity.
Choosing MCPi means leveraging our 4/5-axis CNC machining capabilities to lock geometric tolerances within the micron level, ensuring the fixture maintains exceptional alignment precision without jamming under frequent thermal cycling. It means choosing our expertise in cutting specialized materials like pure copper and PEEK, which effectively suppresses residual stress and prevents thermal warpage. By optimizing heat conduction through the precision milling of heating slots and sensing holes—combined with functional surface treatments and CMM verification—we deliver the robust technical advantage needed to resolve thermal deformation and temperature control pain points in a single stop.
MCPi combines semiconductor test equipment development, precision fixture design, and CNC machining technologies to deliver high-quality, customized heating jig solutions. Through precise thermal control design, exceptional thermal uniformity, and rigorous tolerance management, we ensure testing stability and optimal product reliability. We offer rapid development, prototyping, and mass production tailored to customer requirements—helping to enhance testing efficiency and shorten time-to-market—making us your trusted partner for precision heating jigs.
