MAZAK FT-250 HIGH-SPEED FIBER TUBE LASER, 10" OD CAPACITY

Description

Laser processing machine for high-speed cutting of pipe material
Equipped with Mazak SmoothCUT 6kW laser oscillator
Achieve high-speed, high-quality processing of long pipes and structural materials
Reduce production lead times by completing all operations on one machine with the integration of tapping and drilling capabilities
Extended loading and unloading capacity enables continuous processing

The FT-250 is capable of processing round pipes with a maximum diameter of Φ10" and square pipes with a size of 8" per side. The standard 2.5D laser head also allows bevel cutting. A variety of materials, including mild steel, stainless, copper, brass, and aluminum, can be cut at high speed and precision with U-axis control.

By synchronizing C-axis control and torch linear axis travel, processing various steel beam shapes, including H, I, and L is possible. High-precision processing of complex shapes that combine the joints of shaped steel can also be achieved with high-quality cutting surfaces.

Rotary Tool Unit for drilling and tapping
With 13 positions auto tool changer that eliminate after process and increase productivity. Tools suitable for drilling, tapping, thermal drilling and chamfering can be attached to maximize productivity.

Selectable loading structure allows for long-term continuous processing
Materials are automatically loaded onto the machine by a high-capacity bundle loader from the rear side. After laser processing, the cut parts are automatically unloaded.
Structural steel and irregular workpiece geometry can be loaded manually.
The V support conveyer loader is a loading system from the front side that allows you to supply different types of structural materials in accordance with your production schedule.
Up to five materials can be automatically supplied, enabling high-mix, low-volume production.
A combination of bundle loaders from the front side and V support conveyer loader from the rear side can be installed to suit your production requirements.