xTool M1 Ultra 20W is a 4-in-1 desktop maker kit that combines laser cutting, laser engraving and CNC milling in a compact, modular design. The basic Standart Kit includes the central machine and the essential processing modules to work with wood, acrylic, leather and similar materials. The device is engineered for hobbyists, prototypers and small workshops, providing adjustable power, precise motion control and a small footprint suitable for home studios and benchtop production.
Advantages
The xTool M1 Ultra 20W offers an integrated solution that reduces the need for multiple standalone tools while keeping a compact desktop size. Its modular architecture enables quick swapping between laser and CNC modules, and the machine delivers consistent engraving and cutting accuracy across a range of materials. Users benefit from adjustable laser power and stable CNC performance for detailed work, along with straightforward setup and software control for repeatable results.
Suitable for
- Laser cutting and engraving of wood, acrylic, leather and cardboard
- CNC milling of soft woods, plastics and model materials
- Rapid prototyping and producing small series of parts or customized items
- Hobby projects, model making and craftwork
Key specifications
- Functional modes: laser cutting, laser engraving, CNC milling and rotary work (4-in-1 capability)
- Laser output class: 20W nominal optical power for higher cutting and engraving speeds
- Working area: compact desktop footprint designed for benchtop use
- Material compatibility: optimized for wood, acrylic, leather, cardboard and common plastics
- Motion control: precision linear guidance suitable for detailed engraving and milling
- Modular attachments: interchangeable heads for laser and CNC operations
How to use
Install the xTool M1 Ultra 20W on a stable, level surface and assemble the required module according to the included hardware guide. Connect the machine to the recommended control software, import or create the design file, set material type and processing parameters such as power, speed and number of passes, then perform a test run on a scrap piece to verify settings. Monitor the process while the machine operates and follow standard safety procedures for laser and machining tasks.
Usage recommendations
For best results, start with lower laser power and slower speeds when cutting new materials, and increase incrementally while observing cut depth and edge quality. When milling, use appropriate cutting bits and clamp workpieces securely. Maintain the machine by keeping optical components and motion rails clean and by following the manufacturer’s maintenance schedule.
