Parts requiring features on multiple faces, cylindrical surfaces, cam profiles, or helical geometries—and any part where continuous rotation is required during cutting—are perfectly suited for 4-axis machining.
Parts requiring features on multiple faces, cylindrical surfaces, cam profiles, or helical geometries—and any part where continuous rotation is required during cutting—are perfectly suited for 4-axis machining.
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4-axis machining adds rotational capability, allowing features on multiple faces to be machined in a single setup. This reduces clamping time, improves accuracy between faces, and enables the production of cylindrical profiles and continuous spiral geometries.
Although the hourly machine rate is slightly higher, 4-axis machining typically reduces total costs by minimizing the number of setups. For complex multi-sided parts, 4-axis machining is often more cost-effective than multiple 3-axis setups.
In 3-axis CNC machining, the tool moves along straight X, Y, and Z axes. In 4-axis machining, a rotary A-axis is added, allowing the workpiece to rotate. This enables the machining of complex features on multiple sides without re-fixturing.
Yes, we produce internal and external threads using thread milling or 4-axis spiral interpolation. Tapped holes in standard thread specifications are also available.
Choose 5-axis machining for complex 3D surfaces, deep cavities with small radii, undercuts, or when the highest precision is needed on multi-feature parts. 5-axis excels on impellers, turbine blades, sculptured surfaces, and any geometry requiring simultaneous rotary and linear axis movement.
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