Eyelet of Shock Absorber-Suspension parts

Core Advantages 1)Extreme Precision Control: Utilizes 5-axis simultaneous CNC machining, with dimensional tolerance controlled within ±0.01mm, ensuring seamless fit with the original car chassis and eliminating abnormal noise and looseness. 2)Material Mechanics Optimization: Uses 6061-T6/7075-T6 aerospace aluminum alloy/4140 alloy steel. After anodized/hard anodized, heat treatment (aging/quenching), the tensile strength is increased by 30%, maintaining structural rigidity even in continuous bumps and extreme steering scenarios. 3)Balance of Lightweight and Durability: Through topological optimization design (material reduction + stability enhancement structure), it is 15% lighter than the original parts, and the fatigue life reaches 500,000 cycles (far exceeding the industry standard of 300,000 cycles). Technical Specifications Processing Technology: Rough milling → Fine milling → CNC turning → Surface anodizing (for aluminum parts)/chrome plating or electroplating (for steel parts) to improve corrosion and wear resistance. Inspection System: Full-size inspection with Coordinate Measuring Machine (CMM) + Dynamic load simulation test (simulating 100,000 km road conditions).

Mount Fork of Shock Absorber -Suspension parts

Core Advantages 1)Extreme Precision Control: Utilizes 5-axis simultaneous CNC machining, with dimensional tolerance controlled within ±0.01mm, ensuring seamless fit with the original car chassis and eliminating abnormal noise and looseness. 2)Material Mechanics Optimization: Uses 6061-T6/7075-T6 aerospace aluminum alloy/4140 alloy steel. After anodized/hard anodized, heat treatment (aging/quenching), the tensile strength is increased by 30%, maintaining structural rigidity even in continuous bumps and extreme steering scenarios. 3)Balance of Lightweight and Durability: Through topological optimization design (material reduction + stability enhancement structure), it is 15% lighter than the original parts, and the fatigue life reaches 500,000 cycles (far exceeding the industry standard of 300,000 cycles). Technical Specifications Processing Technology: Rough milling → Fine milling → CNC turning → Surface anodizing (for aluminum parts)/chrome plating or electroplating (for steel parts) to improve corrosion and wear resistance. Inspection System: Full-size inspection with Coordinate Measuring Machine (CMM) + Dynamic load simulation test (simulating 100,000 km road conditions).

Custom precision pistons

Core Advantages 1. Ultra-precision Machining Tolerance Adopting advanced CNC machining technology, our automotive pistons achieve a ±0.005mm tolerance . This ensures an ultra-perfect fit with cylinder bores, effectively reducing friction loss&boosting engine combustion efficiency for optimal performance. 2. High-strength Material & Premium Surface Treatment High-grade aluminum alloy undergoes strict anodizing, greatly enhancing wear resistance, corrosion resistance&thermal conductivity. It effectively prevents carbon deposition, reduces piston scuffing risks, and maintains long-term stable engine operation. Capable of withstanding extreme high temperatures and pressures inside engines, it delivers outstanding durability and service life, ideal for high-performance modified engines. 3. Customization for high-end Market We offer tailored solutions for high-end automotive modification-electronic/hydraulic shock absorbers matching high-performance engines or special racing pistons, customs size, material and surface treatment according to customers' requirements. 4. Strict Quality Control & Certification Undergoes strict quality inspections and complies with ISO quality standards.

Mounting eye of Shock Absorber Parts-Car Suspension Parts-Auto Modifications-Aftermarket Parts

Core Advantages: 1)Extreme Precision Control: Utilizes 5-axis simultaneous CNC machining, with dimensional tolerance controlled within ±0.01mm, ensuring seamless fit with the original car chassis and eliminating abnormal noise and looseness. 2)Material Mechanics Optimization: Uses 6061-T6/7075-T6 aerospace aluminum alloy/4140 alloy steel. After anodized/hard anodized, heat treatment (aging/quenching), the tensile strength is increased by 30%, maintaining structural rigidity even in continuous bumps and extreme steering scenarios. 3)Balance of Lightweight and Durability: Through topological optimization design (material reduction + stability enhancement structure), it is 15% lighter than the original parts, and the fatigue life reaches 500,000 cycles (far exceeding the industry standard of 300,000 cycles). Technical Specifications Processing Technology: Rough milling → Fine milling → CNC turning → Surface anodizing (for aluminum parts)/chrome plating or electroplating (for steel parts) to improve corrosion and wear resistance. Inspection System: Full-size inspection with Coordinate Measuring Machine (CMM) + Dynamic load simulation test (simulating 100,000 km road conditions).

CNC Precision-Machined Automation Machinery Workpieces

Precision CNC Machining Shock Absorber Body Cap

Core Advantages 1)Extreme Precision Control: Utilizes 5-axis simultaneous CNC machining, with dimensional tolerance controlled within ±0.01mm, ensuring seamless fit with the original car chassis and eliminating abnormal noise and looseness. 2)Material Mechanics Optimization: Uses 6061-T6/7075-T6 aerospace aluminum alloy/4140 alloy steel. After anodized/hard anodized, heat treatment (aging/quenching), the tensile strength is increased by 30%, maintaining structural rigidity even in continuous bumps and extreme steering scenarios. 3)Balance of Lightweight and Durability: Through topological optimization design (material reduction + stability enhancement structure), it is 15% lighter than the original parts, and the fatigue life reaches 500,000 cycles (far exceeding the industry standard of 300,000 cycles). Technical Specifications Processing Technology: Rough milling → Fine milling → CNC turning → Surface anodizing (for aluminum parts)/chrome plating or electroplating (for steel parts) to improve corrosion and wear resistance. Inspection System: Full-size inspection with Coordinate Measuring Machine (CMM) + Dynamic load simulation test (simulating 100,000 km road conditions).

CNC Machining Parts for Industrial Automation

Precision Hardware for Fluid Equipment & Sensors-CNC Machining Parts for Fluid Control

Precision Hardware for Fluid Equipment & Sensors Core Advantages Zero-leakage Sealing: The sealing surface of fluid components such as valve bodies and connectors has a processing precision of Ra ≤ 0.4μm. When used with O-rings, the pressure test reaches 20MPa without leakage (conventional industrial grade is 10MPa). Sensor Signal Fidelity: The parallelism of the mounting datum plane of the sensor housing is ≤ 0.003mm, ensuring the position accuracy of the sensor probe and the measured medium, and reducing the signal error by more than 5%. Corrosion Resistance Enhancement: Adopts PVD vacuum coating (such as chromium nitride) or electroless nickel plating. The salt spray test reaches 1000 hours (conventional hardware is 500 hours), suitable for acid-base and high-temperature fluid environments. Technical Specifications Processing Technology: Multi-station CNC composite processing (completing turning, milling, and drilling in one clamping) to reduce clamping errors. Inspection Equipment: Air tightness detector (precision 0.01Pa) and coordinate measuring machine (for detecting the accuracy of the mounting datum plane).

CNC Machining Parts for Fluid Control

CNC Machining Parts for Fluid Control

CNC Machining Parts for Fluid Control

CNC Machining Parts for Industrial Automation

CNC Machining Parts for Industrial Automation

CNC Machining Parts for Industrial Automation

CNC Machining Parts for Medical Devices

CNC Machining Parts for Medical Devices

CNC Machining Parts for Medical Devices

CNC Machining Parts for Optical Lenses

CNC Machining Parts for Optical Lenses

CNC Machining Parts for Optical Lenses