Product Information
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Industrial-grade metal 3D printing in a compact, user-friendly system: The MX150 delivers high performance, larger build capacity, and advanced capability without the complexity or cost of a full-sized production machine.
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Exceptional part quality and precision: It offers fine detail resolution, superior surface finish, tight tolerances, and reliable repeatability, making it well suited for demanding aerospace, medical, automotive, and industrial applications.
- Versatile and cost-efficient for real-world production: With compatibility across multiple advanced metals, simple operation, low operating costs, and minimal maintenance, the MX150 is positioned as an accessible, high-value investment for both prototyping and short-run manufacturing.
Scalable LPBF Performance in a Compact Industrial Form
The MX150 is built for users who demand more—more build volume, more throughput, and more capability—without the overwhelming complexity or prohibitive cost of a full-sized production system. It seamlessly combines industrial-grade performance with a highly user-friendly workflow, all contained within a compact footprint that fits perfectly into research labs, workshops, or active production environments.
Expanded Build Volume, Enhanced Flexibility
Expanded Build Volume, Enhanced Flexibility
Maximize your production potential. The MX150 provides the essential space required to print larger individual parts or higher quantities of components per cycle. Whether you are rapidly prototyping complex geometries or running short production batches, the MX150 delivers the speed and operational flexibility needed to accelerate innovation and iterate designs quickly.
Precision Engineering, Proven Results
Precision Engineering, Proven Results
Engineered for excellence, the MX150 consistently delivers fine detail resolution, an excellent surface finish, and robust, consistent mechanical properties. It is specifically designed to meet the rigorous demands and strict standards of the aerospace, medical, automotive, and broader industrial sectors.
Superior Surface Finish
Superior Surface Finish
Experience the advantage of minimal post-processing. The MX150 produces exceptionally smoother parts right out of the printer, saving you valuable time and resources. This superior surface quality makes it the ideal solution for functional components, advanced prototypes, and critical medical or aerospace-grade applications.
Unmatched Accuracy
Achieve incredibly fine details and tight tolerances with exceptional, reliable repeatability. The MX series continues to set a new benchmark for print fidelity within the metal 3D printing category, ensuring your most intricate designs are executed flawlessly every time.
Versatile Material Compatibility
True versatility for modern manufacturing. The MX150 offers broad compatibility with a wide range of advanced materials, including titanium, stainless steel, aluminum, cobalt-chromium, copper, and more. This flexibility ensures you have the right material for the job, whether you are iterating early-stage designs or manufacturing durable end-use parts.
Effortless Operation
Advanced manufacturing does not have to be complicated. Featuring user-friendly software and highly intuitive controls, the MX150 makes setup and daily operation remarkably simple, even for operators who are new to metal 3D printing. Spend significantly less time on training and dedicate more time to producing high-quality, functional metal parts.Â
Cost-Efficient to Own and Operate
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: 150 × 150 × 120 mm
Laser Power: 500 W
Layer Thickness: 20–120 µm
Print Technology: Laser Powder Bed Fusion (LPBF)
Compatible Materials: Titanium alloys, stainless steel, aluminum, cobalt-chromium, copper alloys, and more
Maximum Scan Speed: Up to 7 m/s
Maximum Build Rate: Up to 20 cm³/hour
Laser Spot Size: 50–100 µm
Machine Dimensions: 960 × 730 × 1790 mm
Weight: 800 kg
Power Requirements: 208–480 VA