Wire DED method metal 3D printer, Meltio M450

basic information

**Features of Meltio M450** - 99.995% high density with no voids - Affordable base price and low running costs - Capable of producing bimetallic parts - Capable of producing parts and products with strength exceeding that of castings - Easy to use for anyone, immediately and simply - No strict installation requirements or protective gear needed - Compatible not only with nine types of genuine materials but also with commercial materials (such as MIG welding wire) **Features of Meltio's Printing Head** - Allows for real-time physical and electrical management of the printing process, enabling corrections as needed - Uses long-lasting components, designed for easy replacement and adjustment of all parts, ensuring high maintainability - Maximum laser output of 1.2 kW, achieving high printing efficiency through a hot wire system - Compared to powder (raw material method), it can utilize most of the material used and minimize heat input.

Price range

Delivery Time

Applications/Examples of results

■Over 300 units in operation worldwide (since 2021) ■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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  This part is designed to hold mechanical components such as gears and electronic parts inside a watch, requiring a sophisticated design and surface treatment. Machining difficult materials from blocks in mass production is challenging and very expensive. Additionally, despite the final weight being small, a large amount of material needs to be removed. In cases like this part, where the shape and size are small, the Meltio metal 3D printing process is advantageous as it results in less material loss compared to traditional manufacturing methods. Name: Watch Bezel Dimensions: 53.37 x 44.59 x 10.85 mm Weight: 155.93 g (29.22 g each) Material: Ti-6AL-4V Build Time: 5 hours 40 minutes Gas: Argon Layer Pitch: 0.8 mm

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  By using Inconel 718 in the core, it is possible to transport highly corrosive liquids, while utilizing SUS 316L for the water jacket helps reduce component costs, thereby leveraging the advantages of bimetal. This has resulted in a reduction of over 66% in the amount of expensive Inconel 718 used. Name: Pipe Dimensions: 108 x 108 x 150 mm Weight: 4.55 kg Material: SUS 316L & Inconel 718 Printing Time: 16 hours 37 minutes

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  Semiconductor housing components are complex and important parts that require the dimensional stability characteristic that Invar excels at. This component has reduced material usage by approximately 75% compared to machining from a solid block. Meltio's additive manufacturing enables the optimization of the materials used. Quick and flexible prototyping and manufacturing can be performed, allowing for the final parts to be produced with only a finishing process. Name: Semiconductor Housing Dimensions: 69.5 x 99.7 x 43 mm Weight: 0.72 kg Material: Invar Manufacturing Time: 6 hours 30 minutes Gas: Argon Layer Pitch: 0.6 mm