Product Description:
Based on the innovative concept of intelligent manufacturing, Dorco
Heavy Industries has carried out comprehensive technological
innovation on traditional ring rolling production lines. The
automated production line of the ring rolling machine is mainly
designed for 5KG-10KG forged rings, with a maximum output of 240
pieces/hour. Refactoring the production process to create an
intelligent production solution that integrates efficiency,
precision, and energy conservation.
Features:
1. Use a slide table with a single axis robot to grab the bars from
the heating furnace and send them to the upsetting station of the
press;
2. Use a flat four axis robot to transfer workpieces at three
workstations of the press;
3. Single axis robots equipped with ejector devices and transition
tables are used to unload and wait for materials at the three
workstations of the press;
4. Adopting a dual robot mobile platform for automatic loading and
unloading of the ring rolling machine;
5. Use KUKA210 robot for loading, unloading, and palletizing of
ring components;
6. Automation auxiliary equipment: waste conveying installation;
7. Mold cooling and cleaning device;
8. Raw material cooling conveyor line;
9. Stacking pallets, etc.
Technical Parameters:
Name | CNC Ring Rolling Machine Production Line | forged rings | 5KG-10KG |
robot | KUKA210 Robot | Max. output | 240 pieces/hour |
Equipment size | customizable according to model | Automatic | Yes |
Applications:
Covering the production of small and medium-sized ring forgings in
high-end fields such as new energy motor rings and aerospace
fasteners, to help upgrade the precision manufacturing industry.
Customization:
If you have high requirements for the automation level of the ring
rolling machine, we can customize a fully automatic ring rolling
machine for you. It can achieve functions such as automatic loading
and unloading, automatic adjustment of rolling parameters, and
automatic detection of ring quality, realizing fully automated
control of the entire production process.
