Leaders in the manufacture of advanced technology solutions including Multi-Tasking, HYBRID Multi-Tasking, 5-axis, milling, turning, CNC controls and ...READ MORE
Metal Cutting Solutions for All Industries
Ingersoll Cutting Tool Company, headquartered on a state-of-the-art manufacturing and marketing campus ...READ MORE
EOS provides responsible manufacturing solutions via industrial 3D printing. The independent company was formed in 1989 and is powered by its platfor...READ MORE
More than 30 years ago, 3D Systems brought the innovation of 3D printing to the manufacturing industry. Today, as the leading additive manufacturing s...READ MORE
Mag’s high-torque T-Rex spindle is available on four-axis 1250/1600 HMCs. It is designed to deliver as much as 2,600 Nm (1,918 foot-pounds) of torque to increase metal removal rates on large workpieces made of hard materials, such as titanium, Inconel and Carpenter 465. Developed for the aerospace, energy and heavy-equipment industries, the T-Rex spindle is engineered with 130-mm (5.1") ID bearings to accommodate 42.3 kN (9,500 lb) of cutting thrust capability of the 1250/1600 HMCs. The spindle is currently available on four-axis machines, configured with 80 kW (107.3 hp) driving power and two speed ranges up to 5,000 rpm.
The HMCs are engineered to machine pumps, valves, turbines, off-road equipment, and rail and aerospace parts quickly. Major components, including the X bed and Z bed and column, are cast ductile iron. Pallet sizes range to 1,600 × 2,000 mm. Headstock and rotary table housings are made of gray cast iron. The 360,000-position, full-contouring rotary table features a worm gear drive and clamp to securely hold axis position for a rigid work platform. Rotary table positioning accuracy is 10 arcseconds, repeatable to 5 arcseconds.
Linear-scale feedback in the X, Y and Z axes provide 8 micron (0.0003") positioning accuracy and 5 micron (0.0002") repeatability. According to the company, hardened and ground roller guideways enable a rapid traverse rate of 40 m/min. (1,575 ipm) with high acceleration/deceleration rates, increased the load capacity, and increased wear life compared to ball-type ways.
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