Aluminum Forging Mold R&D and Design
High Precision · High Stability
Meeting the Next-Generation Lightweight Structural Requirements
Continuously advancing process automation to proactively address future application needs.
With 20 years of expertise in aluminum alloy forging mold design, we bring deep knowledge to ensure superior product performance from the source.
Our forging mold design process leverages advanced 3D finite element molding simulation software to optimize forging efficiency.
Equipped with advanced mold processing centers, we strictly control micron-level precision.
By managing the entire manufacturing process in-house—from initial drawings to finished products—we guarantee top mold quality while shortening mold delivery time.
FEA（3D Finite Element Simulation and Analysis）
Efficient and Stable Processes
Meeting the Demands of Highly Complex Structural Components
ASIC’s precision machining process covers roughing, finishing, drilling, tapping, and pre-surface treatment, with highly stable and automated production.
For high-precision components, dedicated process optimization mechanisms and fixture teams ensure tolerances, shapes, and quality meet the strictest standards.
Multi-axis machining centers + automatic tool changers to improve machining efficiency
Process simulation and pre-designed fixtures to enhance prototyping success rate
Supports custom geometry machining (e.g., hollow structures, thin-walled parts)
Precision inspection and parameter feedback systems to ensure batch consistency
Application Areas
Precision Machining for Diverse Key Structural Components
Technology is widely applied in automotive chassis systems, suspension structures, humanoid robot linkages, energy equipment brackets, and high-strength housings, especially for components requiring high strength, lightweight design, and precision.
Automotive Chassis Shock Absorber Aluminum Forgings
Lightweight aluminum forgings with structural strength, elastic damping, and noise reduction
Humanoid Robot Frames, Joints, and Structures
Aluminum forgings providing lightweight design, reinforced structure, modular versatility, and vibration damping
Aluminum Forged Heat Sinks
Lightweight aluminum forged heat sinks with thermal conductivity up to 160–200 W/m·K, outperforming cast aluminum and replacing high-cost copper alloys
Aerospace Drone Structures
Aluminum forgings enhance lightweight performance, energy efficiency, vibration damping, and modular versatility
Technical Cases
Adopted by Multiple International Brands, Proven High Quality
TESLA Vibration Damper System Components
Precision improved from ±0.03 mm to ±0.01 mm, reducing assembly errors
Porsche Air Suspension Components
Finished product yield increased by 22%, significantly shortening mass production cycle
BOSCH High-Pressure Fuel System Aluminum Housing
Achieved high consistency in internal diameter machining, passing internal airtightness standards
Porsche Air Suspension Components
Finished product yield increased by 22%, significantly shortening mass production cycle
Porsche Air Suspension Components
Finished product yield increased by 22%, significantly shortening mass production cycle
Porsche Air Suspension Components
Finished product yield increased by 22%, significantly shortening mass production cycle
Curious whether this technology fits your product?
We can provide sample analysis, prototyping, and technical consultation according to your needs.