Romi D 1250 Vertical Machining Built for Rigidity and Precision
The D 1250 VMC is built on a Romi-made monoblock cast iron bed that absorbs vibration and enables consistent production of highly precise parts.
Romi designed and built its latest D 1250 vertical machining center based on extensive customer research, and has numerous features that enhance the machine’s rigidity and precision.
Weighing 15,400 lbs (net weight), the D 1250 VMC is built on a foundation that enhances the production of quality parts. Like all Romi machine tools, it is made with a Romi-made monoblock cast iron bed that absorbs vibration and enables consistent production of highly precise parts. It has a 52" × 22" (1,320 × 560 mm) table and is equipped with a Fanuc 0i-MF i-HMI CNC with a 15" touchscreen.
The D 1250 has a high-speed and high-quality package that enables better performance during machining. Linear roller guides facilitate feed rates up to 1,575 in/min. (40 m/min), which enables precise and fast acceleration and positioning. The VMC is also equipped with a low-maintenance, 40 big plus taper direct drive motor that improves stiffness and accuracy, and enables an increased depth of cut.
The machine has a fast, accurate and reliable vertical toolchanger with 30-tool capacity. It features thermal compensation with sensors to help maintain stable, dimensional results in real-time, even during long working periods when the machine temperature increases.
Related Content
-
Five-Axis Machining for Small Prismatic Parts
New to the U.S. market, this compact machine could enable precision turning shops to win complex, more prismatic work in medical and other industries.
-
Okuma Machine Lineup Features Intelligent Manufacturing Technology
IMTS 2024: Okuma’s booth features CNC machine tools, a CNC control, a line of automation systems, intelligent manufacturing technologies, customer services and more.
-
Understanding Micro-Milling Machine Technology
Micro-milling can be a companion process to turning-based production machining. This article looks at some of the technologies that go into a micro-milling machine and why they are important to successful operation.