Hard, Brittle & Specialty Material Machining - Custom Precision Manufacturing | Zhanyang

Zhanyang specializes in high-precision machining and custom component manufacturing for advanced hard and brittle materials, including ceramics, tungsten carbide, quartz, silicon carbide (SiC), and aluminum nitride (AlN). Our solutions are widely applied in semiconductor packaging, wafer dicing, advanced packaging technologies (CoWoS, SoIC, and FOPLP), optical equipment, and high-end precision industrial applications.Leveraging extensive semiconductor process experience and micron-level machining capabilities, Zhanyang effectively addresses common challenges associated with hard and brittle materials, such as edge chipping, cracking, dimensional accuracy control, and surface finish quality. We help customers improve process stability, product reliability, and manufacturing performance. Custom semiconductor tooling and precision components are machined from ceramics, quartz, tungsten carbide, copper and stainless steel for Die Bond, Wire Bond and Die Saw equipment, with material and tolerance set from the drawing.

Hard, Brittle & Specialty Material Machining | Custom Tooling and Precision Component Range

Precision Machining Solutions for Ceramics, Quartz & Tungsten Carbide. | Design Review, Material Selection and Verification Stages

Precision Machining Solutions for Ceramics, Quartz & Tungsten Carbide.
Precision Machining Solutions for Ceramics, Quartz & Tungsten Carbide.

Hard, Brittle & Specialty Material Machining

Zhanyang specializes in high-precision machining and custom component manufacturing for advanced hard and brittle materials, including ceramics, tungsten carbide, quartz, silicon carbide (SiC), and aluminum nitride (AlN). Our solutions are widely applied in semiconductor packaging, wafer dicing, advanced packaging technologies (CoWoS, SoIC, and FOPLP), optical equipment, and high-end precision industrial applications.

Leveraging extensive semiconductor process experience and micron-level machining capabilities, Zhanyang effectively addresses common challenges associated with hard and brittle materials, such as edge chipping, cracking, dimensional accuracy control, and surface finish quality. We help customers improve process stability, product reliability, and manufacturing performance.

One-Stop Customized Engineering Service

We provide a complete one-stop solution covering material selection, structural design, precision CNC machining, precision grinding, EDM processing, and metrology verification. Each component can be customized according to customer equipment specifications and process requirements to ensure optimal compatibility and performance.

Supported materials include:
● Ceramics (Al₂O₃ / ZrO₂ / AlN)
● Tungsten Carbide
● Quartz
● Silicon Carbide (SiC)
● AlSiC Composite Materials

These materials are ideal for applications requiring high temperature resistance, extreme hardness, electrical insulation, and long-term process stability.

High Precision and Reliability

Zhanyang possesses comprehensive ultra-precision machining and metrology capabilities. Through high-rigidity CNC machining centers, precision grinding systems, diamond tooling, and stable process control, we effectively minimize the risks of cracking, deformation, and dimensional variation associated with hard and brittle materials.

Our capabilities include:
● Micron-level dimensional accuracy control
● Flatness < 2 μm
● Surface roughness Ra < 0.65 μm

Combined with advanced inspection equipment such as ZEISS CMMs, Sensofar 3D optical metrology systems, and Zygo white-light interferometers, we ensure that every component meets stringent semiconductor-grade quality requirements.

Higher Yield and Lower Manufacturing Costs

High-quality hard and brittle material components can significantly improve equipment stability, reduce machining defects and downtime risks, and extend component service life. These advantages help customers achieve higher production yields while lowering overall manufacturing costs.

Through integrated manufacturing processes and extensive engineering expertise, Zhanyang responds quickly to customer requirements, shortens development cycles, and accelerates time-to-market for new products.

Zhanyang Precision is your trusted partner for precision machining of hard and brittle materials and semiconductor process-critical components.

Hard, Brittle & Specialty Material Machining

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Precision Ceramic Machining - Precision Ceramic Machining Solutions for Hard & Brittle Materials
Precision Ceramic Machining

Precision ceramics are widely used in semiconductors, advanced packaging, electronics, and high-precision...

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Custom Conductive Copper Block Machining - Conductive Copper Block Precision Machining Solutions
Custom Conductive Copper Block Machining

Conductive Copper Blocks are widely used in semiconductor packaging, power modules, test fixtures,...

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Result 1 - 2 of 2

Hard, Brittle & Specialty Material Machining | Precision Machining and Engineering Support

Hard, Brittle & Specialty Material Machining covers precision components that require careful material selection, geometry control and machining methods suited to demanding semiconductor and industrial applications. Depending on the component requirements, Zhanyang's capabilities may include precision CNC machining, grinding, EDM and dimensional inspection.

Material properties, flatness, concentricity, surface condition, cleanliness and ESD requirements can all affect component suitability for the intended equipment and process. Engineering review can therefore focus on the drawing, material specification, dimensional tolerances and operating conditions needed to define an appropriate machining approach.

One-Stop Custom Solutions

One-Stop Custom Solutions

We provide one-stop services from design and material selection to CNC precision machining, assembly, and validation.

Micron-Level Machining

Micron-Level Machining

Our advanced machining capabilities achieve micron-level precision, ensuring exceptional accuracy, consistency, and reliability.

Higher Yield, Lower Cost

Higher Yield, Lower Cost

High-quality components improve yield, boost equipment stability, reduce costs, and strengthen competitiveness.