Romi Launches Flatbed Lathe for Machining Large Parts
The C 1100H is a heavy-duty flatbed lathe built with a monoblock cast iron bed that absorbs machining efforts and vibration, making it highly rigid, stable and accurate.
Share
Romi’s C 1100H heavy-duty flatbed lathe optimizes power, torque, accuracy and stability making it ideal for machining large parts. It is built with a Romi-made monoblock cast iron bed that absorbs machining efforts and vibration, making it highly rigid, stable and accurate.
The C 1100H is equipped with a cast iron headstock, also manufactured by Romi, that features a spindle with Timken bearings. It has a coolant and lubricating system equipped with a heat exchanger and sensors for temperature, pressure, flow and filter. It is powered by a high torque, continuously variable speed AC motor.
A manually driven quill has a built-in live center with high precision bearings and it is monitored by load and rotation sensors. It has a 28" (720 mm) swing over cross slide and 72 hp main motor. The C1100H features a Siemens Sinumerik 840D sl CNC with a 21.5" multi-touch screen.
The heavy-duty lathe has a net weight of 39,700 lbs (18,000 kg), maximum weight between centers of a generous 33,100 lbs (15,000 kg) and maximum torque of 12,429 Nm. Options available include milling headstock with Y-axis, deep hole drilling supports, special rests and a tool holder turret with automatic indexing and a Y-axis. All key components of Romi machine tools are said to be are designed and built in house for complete control and assurance of manufacturing quality.
The C 1100H is typically used in applications in the oil and gas, ethanol, naval, energy power generation, mining and other base industries.
Related Content
-
High RPM Spindles: 5 Advantages for 5-axis CNC Machines
Explore five crucial ways equipping 5-axis CNC machines with Air Turbine Spindles® can achieve the speeds necessary to overcome manufacturing challenges.
-
How to Mitigate Chatter to Boost Machining Rates
There are usually better solutions to chatter than just reducing the feed rate. Through vibration analysis, the chatter problem can be solved, enabling much higher metal removal rates, better quality and longer tool life.
-
4 Commonly Misapplied CNC Features
Misapplication of these important CNC features will result in wasted time, wasted or duplicated effort and/or wasted material.