We will comprehensively evaluate your drawings from aspects such as materials, performance, application requirements, and manufacturability to ensure you get the most reliable ceramic solutions.

🔷Material Selection

Based on your application's operating environment and performance goals, we will recommend the most suitable advanced ceramic materials—including alumina, zirconium oxide, silicon nitride, boron carbide, aluminum nitride, and boron nitride.

🔷 Design for Manufacturability (DFM) Optimization

Our technicians will conduct a comprehensive analysis of your drawings, assessing structural feasibility, tolerance risks, and material limitations. If necessary, we will provide design improvement suggestions to enhance manufacturability while maintaining functional performance, reducing production risks, and increasing yield.

🔷 DFM for Ceramics

To ensure consistent product quality and competitive pricing, we develop optimal process routes for each ceramic part, including: dry pressing, cold isostatic pressing (CIP), slip casting/casting, 3D printing, CNC machining, and grinding.

🔷 Cost Estimation

During the design phase, we will conduct professional cost forecasting and identify optimization opportunities based on the following aspects: material grade selection, process route optimization, dimensional tolerances, and machining complexity.

This helps you achieve the optimal balance between performance and cost before entering mass production.

We support rapid prototyping and low-volume production, providing accurate test results and manufacturability feedback within your delivery schedule to accelerate your product development cycle.

🔷 Small-Batch Prototyping

We offer a variety of molding and processing techniques to meet diverse structural and performance requirements: dry pressing, cold isostatic pressing (CIP), slip casting/casting, ceramic 3D printing, and CNC machining.

This versatility and flexibility enable us to create prototypes that accurately reflect the geometry and material properties of the final product.

🔷 Sintering & Shrinkage Compensation

With advanced sintering and dimensional compensation technologies, we maintain stable tolerances:±0.02 – 0.05 mm

ensuring predictable shrinkage behavior and reliable repeatability from prototype to small-batch production.

🔷 Prototype Iteration

Based on test feedback, quickly adjust the billet density, formula, and processing route.

We have a stable and fully equipped production line that can provide a reliable, large-volume, continuous supply of ceramics.

🔷Consistency Control

Through rigorous process control—covering raw materials, molding density, sintering profiles, and precision machining—we ensure that every batch of ceramic components has uniform density, consistent dimensions, and stable performance.

🔷Fully Equipped Production Facilities

Our production system covers every key aspect of ceramic manufacturing: fully automated dry presses, CIP (cold isostatic pressing) + isostatic pressing systems, large high-temperature sintering furnaces, precision CNC machining centers, and ceramic 3D printing.

This ensures high efficiency, high repeatability, and stable delivery cycles even for demanding projects.

🔷Production Capacity and Delivery Cycle

We have strong production capacity to meet long-term supply needs: Monthly production capacity of ceramic parts: 50,000+ pieces; Delivery cycle: 10-25 days (depending on materials and complexity). This allows us to quickly scale up production from small batches to large-scale production while ensuring quality and reliable delivery.

We offer robust quality assurance, with reviews conducted by experienced production personnel and individual inspection reports prepared for each product. All special quality requirements and specifications are documented, and detailed inspection cycles are then allocated based on part tolerances, quantity, or complexity. We minimize risk and reduce variability between ceramic parts by tracking and analyzing every step of the manufacturing process, ensuring the highest reliable quality for every ceramic component.

🔷Inspection and quality control

1.Design for Manufacturing (DFM) review for all your projects;

2.Contract and purchase order review;

3.Production capacity and production planning (PMC) review;

4.Incoming raw material inspection;

5.In-process quality control (IPQC);

6.Control of nonconforming products and implementation of corrective and preventive actions;

7.Required final inspection and test reports and certificates (OQC);

8.Twice-year customer satisfaction surveys, striving to exceed customer expectations;

🔷Quality Testing Equipment

Keyence IM8020 testing instruments; LS-909E laser particle size analyzer; metallographic microscope; hardness tester; withstand voltage tester; insulation resistance tester; crystal flat plate; helium mass spectrometer leak detector; video microscope; Mitutoyo SJ201 surface roughness tester; 2D measuring instrument; coordinate measuring machine

Our team provides support for product and packaging manufacturing, ensuring your goods are delivered safely and professionally.

🔷Custom Anti-shock Packaging

Choose the most suitable packaging (EPE foam / molded foam / individual compartments) based on the different products.

🔷Safe Exit Logistics

DHL / UPS / FedEx, North America & Europe in just 3–10 days.