Introduction to Custom Circular Vacuum Chucks
In automated conveying, semiconductor wafer handling, AI industry assembly, and the gripping processes of various thin-sheet materials (such as glass, circuit boards, and metal foils), circular vacuum chucks (suction cups) serve as indispensable core fixtures.
Leveraging years of expertise in CNC turning, milling, and micro-hole machining, MCPi specializes in custom-built circular vacuum chucks featuring high vacuum levels, superior flatness, and non-marring properties. In addition to traditional metallic materials, we have extended our manufacturing prowess into advanced material domains such as ceramics and quartz, which offer high hardness, high-temperature resistance, and excellent insulation. Furthermore, we utilize precision milling processes to overcome the difficult-to-cut characteristics of these substrates. From material selection and suction airway design to surface treatment, MCPi provides a comprehensive, one-stop precision manufacturing service.
Leveraging advanced multi-axis machinery and Swiss-type lathes, MCPi incorporates the BLUM in-machine automatic measurement system for real-time inspection, consistently maintaining positioning tolerances within ±0.01mm. Through one-time clamping and multi-axis spatial positioning, multi-angle machining can be performed on complex surfaces, eliminating cumulative errors and ensuring that positioning and coaxiality perfectly match blueprint specifications. We fully focus on wire harness mechanisms, medical devices, and semiconductor fixtures; in addition to titanium alloys and PEEK, we specialize in high-hardness, difficult-to-machine materials such as ceramics and quartz. Utilizing dedicated tooling, precise rotational speeds, and stress control technologies, we effectively suppress edge chipping and micro-cracking, demonstrating top-tier milling capabilities for micro-holes, high-difficulty blind holes, and chuck airways. Combined with dedicated fixture development and Coordinate Measuring Machine (CMM) quality assurance, we deliver high-quality, one-stop solutions for both mass production and prototyping.
Leveraging advanced turn-mill multitasking and multi-axis machinery, MCPi completes the entire manufacturing process of circular vacuum chucks within a single setup, thoroughly eliminating cumulative errors and ensuring flawless rotational concentricity and perpendicularity. We utilize high-rigidity milling and precision grinding to control surface flatness within extremely tight tolerances for ultimate airtightness, while combining micro-hole drilling with 3D grooving technology to overcome deep-hole chip evacuation challenges and create precision airways with uniform distribution. Beyond traditional metals, MCPi specializes in high-hardness, difficult-to-machine materials such as ceramics and quartz, mastering dedicated diamond tooling, precise rotational speeds, and stress control technologies to effectively suppress edge chipping and micro-cracking in brittle substrates. Combined with Coordinate Measuring Machine (CMM) quality assurance, we deliver high-quality, one-stop solutions for both mass production and prototyping of vacuum chucks for the semiconductor and AI industries.
Choosing MCPi stems from our ability to apply our contract testing expertise to exceptional surface and dimensional control. For vacuum chucks, MCPi utilizes advanced turn-mill multitasking and multi-axis machinery to complete the entire manufacturing process within a single setup, thoroughly eliminating cumulative errors and ensuring flawless concentricity; furthermore, we achieve ultimate flatness through high-rigidity milling and precision grinding, combining micro-hole drilling with 3D grooving technology to overcome deep-hole chip evacuation challenges and create precision airways with uniform vacuum pressure. Facing difficult-to-machine materials such as titanium alloys, and even high-hardness substrates like ceramics and quartz, we master dedicated diamond tooling, precise rotational speeds, and stress control technologies to ensure accurate temperature regulation and effectively suppress edge chipping and burrs. Combined with BLUM in-machine real-time measurement and Coordinate Measuring Machine (CMM) quality assurance, we deliver high-capacity, high-quality, one-stop solutions for high-end industries including semiconductors, AI, and medical sectors.
