Big Performance, Small Footprint
Do not let its compact size deceive you. The MX120 is engineered to deliver outstanding accuracy and repeatability, consistently producing parts with an exceptional surface finish and intricate fine details. By minimizing the need for extensive post-processing, you receive smoother, ready-to-use parts straight out of the printer. This makes the MX120 the ideal solution for creating functional components, rapid prototypes, and demanding medical or aerospace-grade applications.
Unmatched Accuracy and Fidelity
Precision is at the core of the MX120. It allows users to achieve incredibly fine details and tight tolerances with exceptional repeatability across every print job. The MX series establishes a new benchmark for print fidelity within the metal 3D printing category, ensuring that your most complex designs are realized with absolute accuracy.
Versatile Material Compatibility
Adaptability is crucial in modern manufacturing, and the MX120 excels by offering broad material compatibility. Whether your project requires titanium, stainless steel, aluminum, cobalt-chromium, copper, or other advanced alloys, this printer provides true versatility. It empowers you to seamlessly transition from iterating early-stage designs to manufacturing robust, end-use parts without changing systems.
Advanced technology should not be complicated to use. The MX120 features user-friendly software and highly intuitive controls that make setup and daily operation straightforward, even for operators who are new to metal 3D printing. By reducing the learning curve, your team can spend less time on training and dedicate more time to producing high-quality, functional metal parts.
Cost-Efficient Ownership and Operation
Investing in metal 3D printing is now more accessible than ever. The MX120 boasts low operating costs and minimal maintenance requirements, making it an affordable entry point into high-quality metal additive manufacturing. It represents a smart, strategic investment that quickly pays off by delivering superior precision, operational flexibility, and significantly reduced production timelines.
Technical Specifications
Build Volume: ⌀120 × 100 mm
Laser Power: 300 W
Layer Thickness: 20–50 µm
Print Technology: Laser Powder Bed Fusion (LPBF)
Compatible Materials: Titanium alloys, stainless steel, cobalt-chromium, and more
Maximum Scan Speed: Up to 7 m/s
Maximum Build Rate: Up to 18 cm³/hour
Laser Spot Size: 35–60 µm
Machine Dimensions: 700 × 700 × 1300 mm
Weight: 180 kg
Power Requirements: 120 V
