The die and mold industry faces several challenges, particularly in the areas of complexity, materials, costs, lead times and maintenance. Traditional mold making requires high precision for complicated parts, especially with internal cooling channels, which can be costly and difficult to machine. The commonly used materials, such as special tool steels, are expensive, difficult to machine and require significant investment in tools and labor. Furthermore, conventional manufacturing processes can involve long lead times, making project planning more difficult and potentially impacting production deadlines and revenues. Find out how Meltio's LMD technology solves these problems and increases efficiency in this application!
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Cementos La Cruz - Extending the lifecycle of a Concrete Nozzle
Cementos La Cruz is a company based in Abanilla in the Murcia region of Spain that specializes in the development of low-carbon cementitious materials for sustainable construction. At their 3DLAB, they developed a unique additive manufacturing technology to produce concrete with a 3D-printed stainless steel nozzle. However, a steel nozzle manufactured using conventional methods such as boilermaking encountered issues related to durability, strength in contact with the material, excessive wear and cement buildup inside the nozzle. Discover how Meltio was able to solve this problem in this use case!
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University of Bordeaux - Cutting costs and material use in an aerospace project
The researchers at the I2M laboratory specialise in additive manufacturing, particularly 3D metal printing processes. The teaching staff at BUT, who graduated from the University of Bordeaux, focus on design and manufacturing processes. Core objectives include ensuring robust process control and further developing innovative approaches to learning and manufacturing. The aim was to design and manufacture a lightweight yet structurally robust tripod for the aerospace industry that significantly reduces material consumption while maintaining the required mechanical properties.
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