Search | Zhanyang Semiconductor Parts
Founded in 1998, Zhanyang Precision specializes in the design and manufacturing of precision semiconductor components, fixtures, molds, and wafer process carriers. Serving advanced packaging applications including CoWoS, SoIC, FOPLP, Die Saw, Die Bond, and Wire Bond, we integrate ultra-precision machining, advanced material processing, nano-coating, and mirror polishing to deliver high-performance solutions. With expertise in ceramics, quartz, tungsten carbide, copper, and specialty alloys, Zhanyang helps customers improve yield, process stability, and manufacturing efficiency. Search results list semiconductor precision parts, advanced packaging fixtures, ejector pin sets, bond tools, wafer frames and carriers, and custom machining services that match the query.
| Semiconductor Precision Parts and Custom Machining
Results for are drawn from a catalogue built around semiconductor packaging tooling, process-critical equipment parts, hard and brittle material machining, wafer process carriers and custom machining services, so a match may be a finished item such as an ejector pin set, bond tool, heater block, clamp plate, wafer frame or dispensing needle, or a machining capability quoted against a customer specification.
Where nothing listed fits exactly, the same function is normally quoted as a custom part: the equipment model, die or substrate dimensions, process temperature and cleanliness class decide the material grade and the tolerance, and prototype quantities are handled alongside volume production.
Send a drawing or specification for a custom quotation, view Fixture, Ejector Pin Set, Precision Parts, Precision Machining, Dispensing Needle, or Contact Us.
One-Stop Custom Solutions
We provide one-stop services from design and material selection to CNC precision machining, assembly, and validation.
Micron-Level Machining
Our advanced machining capabilities achieve micron-level precision, ensuring exceptional accuracy, consistency, and reliability.
Higher Yield, Lower Cost
High-quality components improve yield, boost equipment stability, reduce costs, and strengthen competitiveness.