Romi's New Heavy-Duty Lathe Manufactures Large Steel Parts
Weighing in at 97,000 lbs, the C 1800H heavy-duty CNC lathe features a distance between centers from 157 to 394 inches, a 47-inch swing over cross slide and a maximum weight capacity between centers of 66,100 lbs at 50 rpm.
Share





Romi says its C 1800H heavy-duty CNC lathe from is ideal for machining large steel parts and components. Weighing in at 97,000 lbs, the lathe features a distance between centers from 157" to 394", a 47" swing over cross slide and a maximum weight capacity between centers of 66,100 lbs at 50 rpm. The bed width and height are 55" and 30", respectively.
Romi's C 1800H is part of the company's C series . Each model is built with monoblock cast iron beds with hardened and ground guideways for optimum rigidity, accuracy and performance. The C1800H features a 114 hp main motor and a geared A2-20" headstock with Timken precision bearings. According to the company, it has a robust tailstock with thrust force monitoring and compensation system.
All critical components used to build Romi machine tools are designed and built in-house, which the company says leads to complete control and manufacturing quality assurance. Romi says its machine tools are designed and manufactured based on extensive customer research and feedback.
Related Content
-
Shop Tour Video: Inside a Family-Owned Machine Shop Specializing in High-Precision Plastics
In this episode of “View From My Shop,” East Coast Precision Manufacturing guides us through their plastics job shop. Learn how this shop has quickly and inexpensively built out its shop floor, as well as how it formed a niche for itself during difficult business conditions.
-
4 Tips for Staying Profitable in the Face of Change
After more than 40 years in business, this shop has learned how to adapt to stay profitable.
-
A History of Precision: The Invention and Evolution of Swiss-Style Machining
In the late 1800s, a new technology — Swiss-type machines — emerged to serve Switzerland’s growing watchmaking industry. Today, Swiss-machined parts are ubiquitous, and there’s a good reason for that: No other machining technology can produce tiny, complex components more efficiently or at higher quality.