The machine is designed primarily for stone materials such as marble and granite, making it suitable for various stone carving applications.
The robot arm features a repeat positioning accuracy of less than +/- 0.06 mm, ensuring high precision in the engraving process.
The 7 Axis Robot Arm has an actual load capacity of 210 kg, allowing it to handle substantial stone pieces.
Yes, the robot arm is designed to operate in harsh environments and is waterproof and dustproof, making it suitable for outdoor use.
The robot uses the offline programming software Sprut CAM, which allows for complex 3D modeling and sculpture processing.
Yes, the configuration of the robot arm can be changed at will to accommodate various processing needs.
The maximum rotating speed of the spindle is 18,500 rpm/min, enabling efficient engraving and carving operations.
The robot arm has a service life of up to 15 years, with an average time between accidents of approximately 70,000 hours.
The machine supports a variety of tools, including saws for roughing, milling cutters, end mills, and polishing wheels.
The maximum processable size for engraving with this machine is 1000 x 2500 mm.
The robot can produce more parts per hour than manual routing or CNC machine routing, thereby significantly increasing productivity, repeatability, and quality.
The robot arm is ideal for creating stone sculptures, such as Buddha statues, church sculptures, balustrades, tombstones, and other stone crafts.
The working circumference of the 7 Axis Robot Arm is 3100 mm.
While the robot is designed to be easy to operate, some training in using the Sprut CAM software and the machine's features is recommended for optimal results.
The motion ranges and speeds for the axes vary; for example, Axis 1 has a range of +/-185° with a speed of 86°/s, while Axis 7 allows for endless rotation at 84°/s.
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