It’s time for the metalworking industry to step into the future! Elevate your metalworking processes with ACCURL’s state-of-the-art Automation Robotic Bending Solutions. Experience superior precision, reduced downtime, and unmatched productivity. Our press brakes seamlessly fit into robotic cells for full automation or flexible operator-robot collaboration.
AUTOMATION ELECTRIC PRESS BRAKE :
Automation Robotic Bending Solutions ,Better performances, higher speed, more productivity ACCURL press brakes can be used in a robotic cell, either completely robotic, or when a robot and an operator can alternatively use the CNC machines.
- Press brake
- 5-axis Robot
- Pneumatic gripper
- Moving axis
- Loading pallet
- Centering table
- Turn-over table
- Stacking table
- Electrical system
- Safety fence
Connection:
- Loader from a precentred pack.
- Loader from a Cartesian feeder in masked time.
- Cartesian feeder with controlled axes.
- Feeder/unloader for connection in line.
- Unloader.
- Carousel unloader.
- Roller-surface unloader for pallets.
- Roller-surface unloader for pallets and crates.
- Un-intrusive machine integration with sensors to back gauge fingers and bending beam which follow the programmed sequence of the Accurl press brake
BEST ANALYSIS:
Cell for small and medium-sized pieces with a high production capacity.
Easy and fast programming time even for more complex requirements.
Innovative technology:
The Robotic bending is nothing new, but dynamic simulation and offline programming are game changers brought to you by Accurl! Just one minute to complete the bending robot programming for unfamiliar products, with the entire robotic bending process visualized.
The offline programming software works in perfect cohesion with the bending cell, becoming a complementary optional item allowing to quickly anticipate the movements, the processing efficiency and eventually acting to optimize it. Thanks to a 3D graphic display and the management of the palletization data, it’s possible to have a complete operation vision and reduce production times.
