xTool RA3

The xTool RA3 is an advanced, intelligent rotary attachment for the xTool P-Series lasers, allowing you to work on round, curved, and irregular surfaces within your creative reach. With MagSwap™ attachments and automatic mode recognition, you can switch between rotary modes in seconds. Features like 360° LiDAR mapping, a tool-free clamping system, and high-speed batch processing take precision and efficiency to the next level.

Main features

• MagSwap™ rotary design for tool-free changing of spindle, roller, ring, ball modes
• Automatic mode recognition to avoid configuration errors
• 360° LiDAR mapping for accurate alignment and preview on complex curves
• The T-design grips circles up to large diameters without slipping
• Speeds up to 1,200 mm/s for rapid batch engraving
• Ideal for full engraving on curved and spherical objects

Flexible rotating modes

The RA3 supports multiple engraving modes: roller, spindle, ring, and sphere, allowing you to engrave cylindrical mugs, curved vases, rings, and even spherical objects. Thanks to the MagSwap™ system, you can quickly and tool-free switch between accessories, minimizing workflow interruptions.

Smart alignment and preview

Thanks to integrated 360° LiDAR mapping, the RA3 captures and models the shape of the object, allowing you to preview it in the software before engraving. This feature eliminates guesswork, allowing for precise alignment even on uneven surfaces and minimizing errors.

Reliable grip and safety

The new T-shaped design improves the rotary gripper's ability to hold objects, especially those with wider edges, without slipping. Combined with the camera system's automatic rotary mode detection, this results in safer operation and fewer errors when selecting modes.

High-performance and series production

With speeds up to 1,200 mm/s in rotary mode and support for batch processing, the RA3 is designed to handle high-volume or custom engraving. Whether producing many similar objects or complex shapes, productivity increases while maintaining detail and precision.