Turn-Mills
The Evolution of the Y Axis on Turn-Mill Machines
Introduced to the turn-mill machine tool design in about 1996, the Y axis was first used on a single-spindle, mill-turn lathe with a subspindle. The idea of a Y axis on a CNC originated from the quality limitation of polar interpolation and the difficulty in programming, not from electronic advances in controls or servomotor technology as one might commonly think.
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Turn-Mill Classics
Here are trailers for some of the classic articles on turn-mill multitasking. This is a broad showing of turn-mill technology in the form of machines, processes, programming and applications.
Read MoreWhy a Y Axis?
As machine tool capabilities have advanced, many builders are offering Y-axis capabilities to turning centers and multitasking machines.
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CAM Software Considerations for Bar-Fed Mills
Time will tell, but increasingly, there is evidence that points to the fact that bar-fed mills could well represent the future of complex, small parts manufacturing.
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Cut Cycle Times in Half
Jake Grainger says he always had a mechanical bent, and 38 years ago when he first walked into a screw machine shop he was hooked.
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Are Bar Fed Machining Centers the Next Big Thing?
Advanced mill-turn machines with bar fed material handling can overcome several inherent weaknesses of production machining on vertical machining centers.
WatchCNC Lathes, Machining Centers and More
The company’s Mori Seiki NT1000SZM, as well as the DMG CTX gamma 2000 TC are available.
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Milling and Turning with Automatic Tool Changing
The Integrex j-Series performs four-axis simultaneous machining with five-axis tool tip positioning.
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Turning/Boring/Milling Centers
The M120 mill-turn/6,500-mm machine is equipped with machining lengths ranging from 78" to 315" and a swing ranging to 48". Along with power ranges (ranging to 168 hp) and torque values (ranging to 8,680 foot-pounds) of the main spindle, feed rates on all axes make for dynamics and productivity.
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