This technology has proven to be a fantastic option for increasing production yields. Digital processing is driving the stone industry forward, and robotics has been the key to success.
A marble cutting robot capable of producing distinctive and charming designs thanks to its flexibility and range of motion. Using software, the robot employs abrasive cutting technology to create geometrically complex objects from marble and other foam shapes.
One of the newest tools available to stone fabricators is robotic technology, i.e., the application of robotic milling has been gaining popularity. One of the newest possibilities for fabricators to cut stone is robotic technology, which is famous for its smaller size, efficiency and need for less maintenance.
Robotic machining is especially popular for fast model tasks involving large metal or plastic parts that are too large for traditional machine tools. This is because they are made of relatively soft material and require complex machining paths that would be impossible to achieve with most CNC machines.
An industrial robot can cut marble with greater flexibility, accuracy and precision, while allowing greater freedom of movement to create a high-quality part. Robotic milling requires careful programming of settings to optimize strong frequencies, eliminate vibrations and ultimately achieve greater accuracy. One of the most crucial approaches to increasing product quality and stability in robotic stone machining is milling force prediction.
Robotics has been essential to the success of the stone industry as digital processing advances in the sector.