Engineers engaged in high-end equipment R&D must have encountered the challenges of difficult machining of complex special-shaped parts, large errors in multi-process docking, and insufficient strength and easy deformation of aluminum parts. Traditional 3-axis machining cannot meet the processing requirements of complex structures, and multiple clamping operations will accumulate errors, resulting in parts failing to meet design standards.
This is exactly the core advantage of our 5-axis CNC precision aluminum mechanical parts. Adopting 5-axis simultaneous CNC machining technology, we can complete multiple processes such as milling, drilling, and chamfering in one clamping, completely eliminating error accumulation caused by multiple clamping, and achieving a tolerance control accuracy of ±0.005mm. Aiming at the pain point of easy deformation of aluminum parts, we optimize machining parameters and fixture design to minimize part stress deformation while ensuring machining efficiency. We select high-strength aluminum alloy materials and combine them with anodizing surface treatment to further improve the hardness and wear resistance of parts. From medical equipment precision components to aerospace test fixtures, our 5-axis machined aluminum parts can perfectly meet your design requirements for complex structures and ultra-high precision.