T-Rex HMC Spindle Designed for Hard Metal Machining


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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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