R&D
Product Development Workflow
Planning
Analyze product requirements, technical specifications, customer standards, and client information. Plan casting and machining processes, equipment, tooling, inspection tools, lifting tools, and other resources. Prepare and finalize PPAP documentation.
Design
Develop 3D models, tooling, non-standard inspection tools, lifting devices, work instructions, lifting guidelines, process cards, CNC programs, and technical documentation based on development requirements.
Development
Produce and validate prototypes using technical specifications. Conduct pre-production reviews between engineers and technicians to address quality control during trial production.
Trial Production
Execute casting or machining trials per work instructions. Perform self-inspections, document issues, and implement corrective actions.
Advance Processing
Workflow
Design Optimization
Minimize material costs while ensuring quality through refined design.
Simulation
Validate designs virtually to reduce trial-and-error waste.
Client-Centric Approach
Align optimized designs with customer requirements.
Key Equipment
Materials
Quality Assurance
Pre-Production Planning
01/Simulation：
Use MAGMA for casting simulations and VERICUT for machining parameter validation.
02/New Product Development：
Refine technical data via trial production to ensure mass production stability.
Production Process Control
01/Traceability：
Unique codes track products throughout casting, machining, and post-processing.
02/Automated Data Transfer：
Networked systems ensure seamless data flow to equipment.
03/In-Process Inspection：
Automated probing detects deviations in clamping, dimensions, or precision.
Product Testing
01/X-ray Flaw Detection：
Identify internal defects like cracks, voids, or inclusions in castings.
02/CMM (Coordinate Measuring Machine)：
Verify geometric tolerances and dimensional accuracy.
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