Processing capabilities
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- Processing capabilities
Core Competencies
Core technological advantages
Micron-level precision manufacturing processes bring your exceptional designs to life.
Integrating multi-axis composite machining with digital quality monitoring, it provides core component support for global aerospace, transportation and industrial equipment.
Multi-axis milling and turning machining
It completes complex geometric construction methods in one stop, reduces disassembly and assembly tolerances, and ensures absolute accuracy requirements at the micron level ($\pm 0.005mm$).
Multi-axis milling and turning machining
It completes complex geometric construction methods in one stop, reduces disassembly and assembly tolerances, and ensures absolute accuracy requirements at the micron level ($\pm 0.005mm$).
Multi-axis milling and turning machining
It completes complex geometric construction methods in one stop, reduces disassembly and assembly tolerances, and ensures absolute accuracy requirements at the micron level ($\pm 0.005mm$).
AS9100 Aerospace Class Standard
We strictly adhere to the aerospace quality management system, from raw material traceability to finished product inspection, to achieve the quality goal of zero defects.
Three-Coordinate Measurement Center (CMM)
Three high-precision CMM measuring instruments are configured to perform 3D spatial data comparison and verification for complex parts.
Digital inspection equipment
It includes a 2.5D image measurement system, a roundness meter, and a roughness meter to ensure that every parameter meets the specifications.
Materials
Material processing scope
Its versatility in handling diverse materials enables cross-industry applications ranging from general-purpose to high-end.
• Core features: Lightweight, high strength, and excellent processability.
• Commonly used grades: 6061, 7075 (Aerospace class).
• Main applications: Unmanned aerial vehicle (UAV) structures, aerospace components, and automotive power parts.
• Core features: Corrosion resistant, high temperature resistant, and robust structure.
• Commonly used grades: SUS 303, 304, 316, 400 series.
• Main applications: Vacuum pump components, industrial valves, and medical instrument components.
• Core features: High hardness, wear resistance, and excellent mechanical strength.
• Commonly used grades: SCM series (chrome-molybdenum steel) and SKD series.
• Main applications: High-load transmission parts, precision mold components, and heavy industrial equipment.
• Core features: Ultimate performance designed for harsh environments.
• Categories covered: Titanium alloys, copper alloys, engineering plastics (POM, PEEK).
• Main applications: Aerospace fasteners, electronic insulating parts, and highly conductive contacts.