- +86 15988614731
- brianfang@rycastings.com
From DFM optimization to precision tooling manufacturing and T1 trial production, RuiYu provides reliable die casting tooling solutions for global OEM customers.
Our experience in quality control and die casting production helps us identify potential issues before steel is cut, reducing trial-and-error during custom die cast tooling development.
We consider gating, cooling, ejection, and part structure during mold development to create tooling that delivers stable cycles and easier maintenance.
From DFM review and die cast tooling fabrication to T1 trial testing and production support, RuiYu helps customers move smoothly from design concept to qualified production.
Aluminum Die Casting Tooling : Built for high-thermal components and structural rigidity.
Zinc Alloy Die Casting Tooling: Precision multi-slide designs for intricate hardware and thin-wall parts.
Prototype Tooling: Rapid low-volume tooling for market validation and design checks.
High-Volume Production toolings: Hardened, multi-cavity tooling engineered for long-term repeatability.
🚗 Automotive Components
⚡ Motor Housings & Industrial Components
💡 Lighting & Heat Dissipation Parts
🔒 Security Hardware & Precision Metal Components
Before production, every critical mold component is carefully inspected to ensure accurate fitting and stable performance.
✓ Material Traceability
Tool steel certificates are reviewed to verify material grade and heat treatment requirements.
✓ Dimensional Inspection
Critical dimensions of cores, cavities, inserts, and electrodes are checked according to engineering drawings.
✓ Mold Fitting Verification
Parting surfaces, slides, ejector systems, and component alignment are inspected before T1 trial.
✓ Trial Sample Evaluation
Initial samples are reviewed for dimensional accuracy, filling performance, and potential improvements.
Tool steel selection and mold structure directly influence production stability and service performance.
✓ Material Selection
H13, 8407, and S136 tool steels are selected according to casting alloy, part complexity, production volume, and surface requirements.
✓ Thermal Fatigue Resistance
Proper steel selection and heat treatment help withstand repeated high-temperature casting cycles.
✓ Tool Life Optimization
Mold design, cooling system, process parameters, and maintenance practices are considered together to maximize tooling performance.
✓ Production Support
We provide technical support during trial runs and production stages to maintain consistent quality.
Before manufacturing begins, our engineering team reviews part structure, wall thickness, draft angles, parting lines, and gating concepts to identify potential risks early. Through practical die casting experience, we help optimize designs for better filling performance, easier demolding, and improved tool durability.
Mold components are precision machined according to approved designs. Key components such as cores, cavities, and inserts require accurate machining and proper heat treatment to achieve dimensional stability and long service performance.
Complex mold features such as deep ribs, sharp corners, and intricate cavities often require EDM and wire cutting processes. These precision processes ensure accurate mold details, proper fitting between components, and consistent part quality during production.
After machining and finishing, the mold is carefully assembled and checked for component fitting, slide movement, and ejection performance. During T1 trial production, we evaluate filling results, dimensional accuracy, and potential improvements before final approval.
We provide sample evaluation support with dimensional inspection and technical feedback to ensure the tooling meets production requirements. After approval, we continue to support mold maintenance and production optimization to help maintain stable long-term manufacturing performance.
Please provide 3D CAD files (STEP/IGES), 2D drawings with critical tolerances, casting alloy requirements, estimated production volume, and surface finish expectations. This information helps us evaluate tooling structure, manufacturing process, and cost more accurately.
Yes. RuiYu provides production support after tooling development, including T1 trial assistance, sample evaluation, and coordination of die casting, machining, and finishing processes through our integrated manufacturing network.
We select tool steel based on casting alloy, part complexity, production volume, and expected tooling performance. Common options include H13, 8407, and S136 steels, depending on project requirements.
The customer retains ownership of the tooling unless otherwise agreed. RuiYu can provide mold storage, maintenance support, and production management services according to project requirements.
Tooling lead time depends on mold complexity, cavity number, and required processes. Typically, standard die casting molds require around 4–8 weeks from design approval to T1 trial.