A highly configurable combination of speed & performance at an affordable price. The XM200G printer series meets the specification demands of high-performance applications in manufacturing, research & development and other applications where print speed, part quality, and affordable price is essential.

• Single or dual 100, 200 or 400W fiber laser option
• Large build volume with 125x125x125 mm or 150x150x150 mm
• High-speed galvanometer with standard, performing or water-cooled performance options
• Premium F-theta lens for micron consistency across scan field
• Optional spot sizes – 50 µm or 100 µm
• Overlapping dual-laser work-areas (100% using a 100 µm spot size or 66% using a 50 µm spot size)
• An integrated powder-handling system
• A glovebox option to ease powder handling
• 12 MP camera for process monitoring
• Small footprint
• Power Supply 100-120 or 200-240 VAC Single Phase
• Modern software architecture
• Open material platform 
• Open parameters
• Integrated powder handling

The XM200G is based on the proven, easy-to-use and cost-effective design of Xact Metal’s XM200C metal 3D printer.

It integrates a high-performance galvanometer system to move the laser beam over the powder bed. This architecture allows for faster printing times and the ability to support multiple lasers.

The XM200G offers the option of using two lasers at one time with either a 100% overlapping work area using a 100 µm spot size or a 66% overlapping work area using a 50 µm spot size. This multi-laser system further increases build print speeds.

The XM200G tailors to customers in product development, manufacturing and tooling, and research and workforce development.  It aims to further expand the use of metal 3D printing in aerospace, automotive, general manufacturing, medical and dental, and other industries.

Installing a new technology into a facility can be a challenging and time-consuming task.

Thanks to its compact size and simple set up, the XM200G requires a 100-120 or 200-240 VAC single-phase power, and can be easily installed into a facility without the need for extensive modifications.