4-axis configuration
A full configuration of the operating section supports different machining operations whilst ensuring high product quality.
5-axis configuration.s
The 5-axis , high-tech operating section supports the processing of complex- shaped pieces, ensuring quality and precision.
Biesse offers its customers pragmatic solutions for factory automation.
ROS robotised solutions ensure a marked increase in production and total reliability of both the production process and the unloading operations, even in a wider context of industrial automation.
Set Up Assistance
For the quick, easy and controlled manual positioning of the clamping systems. The linear sensors in the work table, along with the collision control function, reduce the risk of collisions
Electronic Positioning System
For the quick, automatic positioning of the clamping systems in the programmed positions.
The motors, along with the collision control function, ensure controlled positioning movements to reduce the risk of collisions.
Feedback positioning system
Evolution of the EPS system, with the addition of linear sensors that indicate the position of the carriages in real time, reducing the time needed to position them.
Loading and unloading solutions. Automated cell for machining a batch of panels or doors.
Synchro is a loading/unloading device that transforms the Rover machining centre into an automatic cell for producing a stack of panels autonomously without the need for an operator:
See the Biesse ROVER A 5-Axis cutting and engraving a wooden ball. The continuous interpolation of the C-Axis and the maximum precision and reliability of the machine allow to process the most demanding parts in terms of performance and grants the best quality of the finished component.
Synchro is the new handling system by Biesse which is completely integrated with the machine's control. This handling device has 4 controlled axes which are actioned by the Rover machining centre. It collects the panels to be machined from a stack, positions them in reference to a point of origin provided by the machining centre and, once the machining operation is complete, deposits them in an area designed to accommodate the stack of machined panels. The working cycle is executed in automatic mode until the entire batch to be processed is complete.
