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.
