Nakamura-Tome SC-100X2 Optimized for Complex Part Production
Turn-mill is designed to reduce cycle times and cost per piece with superimposed machining.
The SC-100X2 automatically unloads the workpiece once complete, minimizing manual intervention and downtime. Photo Credit: Methods Machine Tools
Methods Machine Tools’ Nakamura-Tome SC-100X2 is a twin-turret, multitasking machine which utilizes two tools on either side of the upper turret for superimposed machining, making it well suited for Swiss-type parts larger than 25 mm in diameter.
Operators can also use the upper and lower turret simultaneously, turning the machine into a true twin spindle/twin turret machine, providing more ways to solve complex machining problems.
The machine’s design contributes to faster cycle times compared to other machining processes, the company says. 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.
It is said Nakamura-Tome’s user-friendly software enables users to program superimposed and multiturret jobs as easily as single-turret operations, all accessible from a FANUC 0i-TF Plus control. The software package also includes features such as the NT-Nurse system, NT- Smart Sign, NT-Navigator, oscillation turning and thermal compensation artificial intelligence.
Related Content
-
Choosing the Right Machine for Turned and Milled Medical Parts
The medical market is known for exceptionally tight tolerances and difficult materials, which means that selecting the proper machine is necessary to ensure a job is profitable.
-
Keeping Watch on Small Parts
From watch parts to exotic medical applications, this shop takes on the world of micromachining.
-
Getting More Production From Swiss Turning Centers
Buying a new CNC Swiss turning center is a substantial investment. For the best return, look closely for capabilities that enable the best utilization of the machine.