Direct Energy Deposition Equipment Series
Compact high-throughput metal material 3D printing equipment Metal+®one-40E

Metal+®one metal direct energy deposition 3D printing equipment is a miniaturized and refined equipment designed by Huirui’s technical team for schools, research institutes and powder manufacturers to address the application pain points of traditional industrial laser cladding equipment. The equipment is small in size and uses less powder, but has powerful functions. Its multi-channel powder feeder can achieve real-time mixing of multiple powders, and the mixing ratio is precisely controllable. The equipment is equipped with a dedicated high-throughput test software system, which supports one-time batch printing of material samples with different composition ratios, greatly improving research efficiency.

In addition, Metal+®one also has the advantages of high powder utilization, flexible composition ratio, and a wide range of material selection. It is suitable for composition screening, performance research and gradient material research of various materials such as steel, aluminum alloy, titanium alloy, nickel-based high-temperature alloy, high-entropy alloy and ceramic powder. It is an ideal choice for scientific research laboratories.

Uitrusting

• Ultra-high motion accuracy: With a positioning accuracy of 0.02mm, every print is accurate and correct.
• Rapid prototyping cycle: Equipped with special path planning software, complex products can be directly printed without molds, greatly shortening the R&D cycle.
• Atmosphere protection technology: Inert gas closed environment, water and oxygen content is as low as 50ppm, effectively protecting materials from oxidation.
• Visual working process: Supports coaxial visual positioning function, real-time observation of processing status, and ensures quality control.
• Simple operating system: The software and hardware system is open and easy to use, with a friendly operation interface to reduce learning costs.
• Diversified applications: Supports multiple processes such as laser cladding surface repair and laser printing, realizing multiple uses of one machine and improving equipment utilization.
• Humanized design: Both the operation form and interface focus on humanization, easy operation, and improved user experience.