Robot Stone Sculpture Machine

Robot Stone Sculpture Machine

This robot stone sculpture machine utilizes integrated CAD/CAM/Robot technology to generate robot machining trajectories, significantly improving programming efficiency and machining accuracy compared to teach-in programming. Based on the precise mapping consistency between the CAM software and...

Product Introduction

robot stone sculpture machine

This robot stone sculpture machine utilizes integrated CAD/CAM/Robot technology to generate robot machining trajectories, significantly improving programming efficiency and machining accuracy compared to teach-in programming. Based on the precise mapping consistency between the CAM software and the robot machining system, and machining simulation after trajectory generation, the CAM-generated trajectory can be directly used for product processing without adjustment. Advanced zero-position correction technology and body geometric error calibration technology ensure that the robot processes products with the highest precision. Multiple technologies structure the robot machining system, enabling the robot to process products as efficiently as a machining center.

This robot stone sculpture machine employs advanced digital technology, rapidly adapting to product changes in the market. It is particularly suitable for small-batch, multi-variety order-based production, with customized product processing costs consistent with mass production costs. Due to the established mapping consistency between the CAM software and the robot machining system, remote programming via network is possible.

robot stone machine
 
kuka robot stone machine

 

KUKA robot stone sculpture machine
Electrical Cabinet Assembly Standard Operating Procedure

 

Operating Steps:

1. Move the electrical cabinet assembly to the target location using a dedicated hook and hoisting mechanism.

2. Disassemble the braking resistor, driver, PG card, etc., onto the terminal block and install them onto the upper cabinet housing.

3. Install the analog modules and terminals onto the lower cabinet housing using sliding grooves.

4. Connect the main power cable and main power line to the distribution box.

5. Perform electrical cabinet wiring debugging. If there are no alarms or abnormal messages on the panel, it is ready for normal use.

IMG20250601094337
 
IMG20241120103559
 

 

FAQ
 

 

1.What types of stone can the KUKA robot carve?

This machine can carve various types of stone, including marble, granite, sandstone, limestone, and artificial stone. Therefore, appropriate tools and carving techniques can be selected based on the different stone materials and processing needs.

2. How does the KUKA robot ensure the precision of stone carving?

This machine uses a multi-axis linkage structure and a high-speed spindle. Therefore, its carving precision is very high, generally reaching ±0.1 mm. So, no matter how complex the carving task, this machine can handle it.

 

3. What software is this stone carving machine compatible with?

The machine system is compatible with various 3D modeling and processing software such as ArtCAM, Rhino, PowerMill, KUKA, and PRC. Users can convert 3D models into toolpath files, optimize them through simulation, and then directly import them into the robot control system to execute carving tasks.

 

 

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