New Twin-Turret Multitasking Machine's Superimposed Machining Reduces Cycle Time, Cost per Part
Methods Machine Tools, Inc. recently released the Nakamura-Tome SC-100X2.
The twin-turret multitasking machine utilizes two tools on either side of the upper turret for superimposed machining, making it a logical solution for Swiss-style parts greater than 25 millimeters in diameter.
Superimposed machining lets manufacturers take on complex contracts and more jobs -- all while completing them in a fraction of the time -- compared to other machining methods. With simultaneous machining capability, machine shops can reduce their cycle times and ultimately reduce costs.
VIDEO: Nakamura-Tome SC 100X2 Superimposed Machining
Operators can also use the upper and lower turret simultaneously, turning the SC-100X2 into a true twin spindle/twin turret machine, providing even more ways to solve complex machining problems.
"There are a ton of ways to machine complex parts on the SC-100X2, but at the end of the day the math is remarkably simple: the more tools in the cut, the less time it takes to complete a job," said Sergio Tondato, Methods' Sr. Director, Nakamura-Tome Product Line. "No matter what type of job you put on this machine, the results are the same; lower costs per piece."
The unique design contributes to faster cycle times compared to other machining strategies while maintaining the same level of high precision and accuracy expected from Nakamura-Tome machines.
The SC-100X2 automatically unloads the workpiece once complete, minimizing manual intervention and downtime. When the machine completes a cycle, the parts catcher grips the part and places it on a conveyor, removing it from the machining environment.
Nakamura-Tome's user-friendly software allows you to program superimposed and multi-turret jobs as easily as single-turret operations, all accessible from a familiar FANUC 0i-TF Plus control. The software package also includes unique features such as Nakamura's NT-Nurse system, NT- Smart Sign, NT-Navigator, oscillation turning and thermal compensation artificial intelligence for better accuracy from start to finish.
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