Since 1965
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Five-axis machining centers with worktables ranging from ø500 to ø2000 mm are offered in four configurations: models with a cradle rotary table, versions with a 45° tilt head for vertical–horizontal switching, designs with a fork milling head, and high-speed dual-spindle setups. Each configuration offers enough rigidity and positioning stability for continuous five-axis movement. This makes it easier to finish complex surfaces and several faces of a part without changing the setup. The same capabilities are used across aerospace components, nuclear-energy parts, automotive and motorcycle pieces, and mold and tooling work that requires consistent accuracy and controlled changes in orientation.
The cradle-type five-axis machining centers use a T-shaped monolithic bed to support the tilting rotary table, with worktable sizes ranging from 650 to 1200 mm.
The 5-axis machining centers with a 45° tilt head use a T-shaped layout, with the column moving on the X axis, the spindle head travelling vertically on the Y axis, and the table advancing along the Z axis.
5-axis machining centers with a fork-type milling head use a T-shaped structure: the column moves on the X axis, the spindle head travels vertically on the Y axis and the table advances along the Z axis.
They are widely used for aluminum-alloy components in new-energy vehicles and aerospace production, since the dual-spindle and dual-rotary-table arrangement helps keep the surface finish cleaner, the dimensions more stable, and the machining time shorter.
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The machining accuracy reaches the micron range, with typical positioning accuracy around 8 μm and repeatability around 4 μm.
Five-axis horizontal machining centers are used for parts that require several orientation changes or complex curved surfaces, such as aerospace components, turbine parts, precision housings, structural frames and mold geometries that must be completed in fewer setups.
The horizontal setup makes chip removal easier during long cuts, so the cutting area stays more stable. Because the five axes let the part be reached from different angles, it doesn’t need to be moved as many times. With fewer moves, the size changes less and the accuracy stays steadier.
