PRODUCTS

Based on the servo motor type turret punch press "MOTORUM series", this is a fiber laser punch press that combines the technology cultivated in the fiber laser. It realizes a wide range of forming processes, servo-controlled tapping unit, and deburring dies for a wide range of machining and process consolidation.

The high-grade machine that has improved productivity by installing a new high-speed loader on the conventional MW series. For machining under severe conditions such as hard turning and intermittent cutting, the square slide specification is selected to provide stable performance in machining under severe conditions such as hard turning and intermittent cutting.

The press brake that achieves high-speed operation with an AC servomotor and ball screw drive. The BB series uses a ball screw drive, and the BH series has a dual drive system that separately controls high-speed vertical motion by AC servomotor & ball screw drive, and pressurization by hydraulic pressure. A large, easy-to-read and easy-to-use operation panel is employed.

By separating the left and right sides of the bed as standard, the effects of vibration and other factors from opposite axes are minimized. A fixed turret is used to increase rigidity and enable even higher precision machining. It is also effective for hard turning and when the required surface roughness is high, such as in the case of aluminum/sintered materials.

Based on the concept of "total high-quality and high-production", Muratec's unique laser output control and machine structure that secures sufficient rigidity to ensure high-speed operation realize high-speed and high-precision fiber laser machining. The lineup also includes the HL model, a fiber laser multitasking machine with additional forming and tapping functions.

CNC turning center that can realize process integration at will. In addition to being able to machine "⌀51 bar work" on both left and right spindles, it is equipped with a spindle motor "11 kW/30min" on both left and right spindles to achieve advanced machining.