A wire DED method metal 3D printer equipped with a blue laser that can use welding wire as a material.
The Meltio M600 has a build area approximately four times larger than its predecessor, the Meltio M450, allowing for the creation of larger metal parts with strength comparable to forged products. Additionally, with the inclusion of a new blue laser alongside hot wire compatibility, the range of usable materials has increased, and the build speed has become faster. Furthermore, the preparation time required to start building has been reduced to one-third compared to the Meltio M450. Moreover, the wire cutting feature provides stable builds when using different materials, and eliminates the need for wire alignment adjustments, making the fabrication of metal parts significantly easier compared to previous Meltio products. Our factory offers a valuable opportunity to experience actual machine demonstrations and handle parts that have been fabricated. Please apply if you are interested. - Apply here: https://www.3dpc.co.jp/factory-tour
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**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 increase in molding speed, the energy consumption per part is significantly reduced, leading to cost savings. - By using metal wire as welding material, it is possible to achieve 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 and hardness. - Continuous molding: Improvements in the molding head system have reduced maintenance frequency, enabling long-duration continuous molding. - Real-time monitoring: The molding head is equipped with three cameras, allowing 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.
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■Over 300 operational units worldwide (from 2021) *Includes all Meltio products ■Main industries: - Aerospace - Energy - Oil and Gas - Marine and Shipbuilding - Automotive - Metalworking - Watches and Jewelry - Medical - Mining and others
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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 optimal material. It possesses unmatched strength and corrosion resistance, and its antifouling 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 fabrication, eliminating the need for expensive molds. - Customized parts: Complex-shaped components can be fabricated according to customer needs. Dimensions: 94.07 x 189.83 x 122.99 mm Weight: 2.95 kg Material: Aluminum bronze Fabrication 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 generate 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 to prevent the walls of the combustion chamber from overheating and is flowed between the walls of the combustion chamber. Such a complex shape can never be manufactured in a single process, and to achieve the fabrication, Inconel 718 is used for structural strength, while CuCrZr copper alloy is used for the heat dissipation parts. 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 minimal post-processing required for finishing, thereby reducing the overall time needed for production. Dimensions: 200 x 255 x 400 mm Weight: 95 kg Material: SUS 316L Printing time: 200 hours Layer pitch: 1.2 mm
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Since our establishment in 2016, we have utilized cutting-edge technologies, including 3D printers, to provide equipment sales and contract manufacturing services leveraging 3D printing technology. This has contributed to the high added value of components, shortened delivery times, and cost reductions, earning us the trust of many companies and partners. Moving forward, we have developed the manufacturing platform 'Taiga' to meet your needs by enhancing security and streamlining the entire supply chain. We will continue to be a preferred choice in optimizing the supply chain by addressing various challenges on-site, such as the reproduction of parts from lost suppliers and small-batch production of diverse products.