Wire DED method metal 3D printer, Meltio M600

basic information

**Features of Meltio M600** - The incorporation of a blue laser has increased the molding speed and expanded the range of materials that can be used. - With the faster molding speed, the energy consumption per part is significantly reduced, leading to cost savings. - By using metal wire as the welding material, it is possible to mold with a density of 99.995%. - By combining four types of metal materials into a single part, it is possible to enhance functionality, such as adding magnetism or hardness. - Continuous molding: Improvements to the molding head system have reduced maintenance frequency, enabling long periods of continuous molding. - Real-time monitoring: The molding head is equipped with three cameras, allowing for real-time monitoring of the molding process. - 1000W | 450nm laser: Achieves faster molding with less power, further expanding the possibilities of usable materials. **Workspace** - 300 x 400 x 600 mm: The large-capacity workspace allows for the molding of parts weighing up to 150kg. - Inert chamber: Designed to fill the chamber with argon gas, enabling more stable molding. For other features, please contact us.

Price range

Delivery Time

Applications/Examples of results

■Over 300 operational units worldwide (from 2021) *Including all Meltio products ■Main industries: - Aerospace - Energy - Oil and Gas - Marine and Shipbuilding - Automotive - Metalworking - Watches and Jewelry - Medical - Mining and others

Detailed information

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  The propeller shaft bracket is an essential component of the boat's motion system. By reducing vibrations and stress on the propeller shaft, engine, and bearings, it maintains smooth movement and enhances overall performance and reliability. In terms of withstanding harsh marine environments, aluminum bronze is the ideal material. It possesses unmatched strength and corrosion resistance, and its anti-fouling properties help reduce the accumulation of marine organisms. Traditionally, this component was manufactured through casting and CNC machining, but using the Meltio system offers the following advantages: - No molds required: The Meltio system allows for near-net shape manufacturing, eliminating the need for expensive molds. - Customized parts: Complex-shaped components can be manufactured according to customer needs. Dimensions: 94.07 x 189.83 x 122.99 mm Weight: 2.95 kg Material: Aluminum bronze Manufacturing time: 4 hours 11 minutes Layer pitch: 1 mm

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  The combustion chamber is the part of a rocket engine where the propellant combustion takes place, mixing and reacting fuel and oxidizer to produce a large amount of heat and high-pressure gas. The combustion chamber manufactured with the Meltio M600 is designed to safely and efficiently contain and control this reaction. Fresh fuel is cooled before entering the engine and flows between the walls of the combustion chamber to prevent overheating. Such a complex shape cannot be manufactured in a single process, so Inconel 718 is used for structural strength, and CuCrZr copper alloy is used for the heat dissipation parts to achieve the fabrication. Dimensions: 131 x 200 x 176 mm Weight: 6.4 kg Material: Inconel 718, copper alloy Manufacturing time: 47 hours 23 minutes Layer pitch: 1.2 mm

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  Universal joint couplings are components commonly used in various machines in the automotive and industrial sectors. Large universal joints, especially when custom-made, can require long lead times with traditional procurement methods. Meltio's metal 3D printer enables near-net-shape manufacturing, allowing for the production of parts while minimizing the post-processing required for finishing, thus reducing the overall time taken for manufacturing. Dimensions: 200 x 255 x 400 mm Weight: 95 kg Material: SUS 316L Build time: 200 hours Layer pitch: 1.2 mm