Core functions
Complete the machining of complex parts in one clamping process
The biggest core function of 5 axis machining is to reduce the number of clamping times. Through multi angle linkage processing, it is possible to complete the processing of multi-faceted, multi angle, and complex curved parts in one go, effectively avoiding positioning errors caused by repeated clamping.
Improve machining accuracy and consistency
The five axis linkage ensures that the cutting tool always maintains the optimal cutting angle, significantly improving the dimensional accuracy and shape tolerance control ability, especially suitable for parts with extremely high assembly accuracy requirements.
Optimize surface quality
In complex surface machining, 5 axis machining center can reduce tool marks and vibration patterns, making the machined surface smoother and reducing subsequent polishing and secondary machining costs.
Shorten the overall processing cycle
Although the processing cost of a single device is relatively high, five axis CNC can effectively shorten the overall production cycle and improve delivery efficiency by reducing processes, clamping, and rework.
Application scenarios
Automobiles and New Energy Vehicles
Complex structural components
Lightweight aluminum alloy parts
Motor and transmission system components
aerospace
Impeller, turbine
Complex curved structural components
High precision shell components
medical device
implant
High precision surgical instruments
Customized medical parts
Industrial Equipment and Automation
High precision functional components
Multi sided assembly structural components
High value-added prototype parts
Process capability
Processing accuracy and stability
Conventional machining accuracy: ± 0.02 mm
Key functional position: can be controlled up to ± 0.01 mm
High consistency, suitable for repeated mass production
Multi material processing capability
five axis machining can process a variety of metals and engineering materials, including:
Aluminum alloy (6061, 7075)
Stainless steel (304, 316, 17-4PH)
titanium alloy
alloy steel
PEEK, Nylon and other engineering plastics
Complex Structures and Surface Machining
Deep cavity structure
Multi angle oblique hole
free-form surface
Integrated complex appearance
Professional Programming and Process Control
Using professional five axis CAM software for programming, combined with mature anti-collision and tool path optimization strategies, to ensure machining safety, stability, and surface consistency.
FAQ
Q1:Is Axis CNC necessarily better than three-axis machining?
A: Not all parts are suitable for five axis CNC, and should be selected reasonably based on the complexity and accuracy requirements of the parts.
Q2: Is 5-axis CNC suitable for small batch production?
A: Very suitable for high-precision prototyping and small batch production.
Q3: Can five axis machining reduce post-processing costs?
A: Usually, it has obvious advantages, especially on complex surfaces and appearance parts.
Q4: What is the typical lead time for a five axis CNC?
A: The sample usually takes 5-10 working days, depending on the complexity of the parts.
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