System route for application and workflow review.
The XM200G Metal 3D Printer brings industrial metal powder-bed fusion performance into an affordable, compact and highly configurable platform. Designed for manufacturers, research labs, product developers and training institutions, the XM200G delivers the laser power, optical precision and build quality required for demanding metal applications - without the high cost or complexity typically associated with metal additive manufacturing.
The XM200G achieves greater than 99.5% part density, enabling strong, end-use metal components suitable for tooling, functional prototypes and production. Powerful fiber lasers (100W, 200W or 400W), advanced galvanometer systems and premium F-theta optics ensure consistent melt quality, precise feature resolution and uniform performance across the entire build area.
Available in single-laser or dual-laser configurations, the XM200G lets you choose the performance level that fits your application. With overlapping work areas and laser power options up to 400W, it can significantly reduce build times - especially for thicker layers and multi-part builds. Optional spot sizes (50 µm or 100 µm) let users optimise for fine detail or faster deposition.
With a 150 × 150 × 150 mm build volume (and an extended Z option), the XM200G supports a wide range of part sizes, all within a footprint small enough for labs, universities and production floors. Simple installation requirements - including standard single-phase power - make it easy to deploy with minimal facility changes.
The XM200G supports a wide range of metals including stainless steels, titanium, aluminum, superalloys, copper, tool steels and cobalt chrome. Users can rely on pre-validated exposure parameters or support full control with open parameters for advanced material development and process optimisation - ideal for research, academia and expert users.
The integrated powder-handling system, optional dual glovebox, intuitive 21-inch touchscreen interface and modern software workflow make operation straightforward, safe and efficient. Quick changeover, clear process visibility and minimal maintenance ensure maximum uptime and productivity.
From rapid metal prototyping and conformal-cooled tooling inserts to low-volume production parts and research-driven material development, the XM200G support organizations to print complex geometries that traditional machining cannot produce. Its accessible price and ease of use also make it an ideal choice for workforce development and training programs.
The XM200G brings true metal additive manufacturing capability within reach - powerful, precise and engineered for real-world performance.
