The role of metal spinning in the renewable sector

Metal spinning is a cost-effective manufacturing process, especially for lower volume production. It requires less tooling in comparison to other metal forming methods, which makes it more suitable for producing bespoke parts where needed in a cost-efficient way. For businesses looking that want quality parts that can be directly applied to their specific uses within the renewable industry, metal spinning is highly beneficial.  

Metal spinning can be carried out with several different types of metal, depending on the specific needs of the renewable application, including aluminium, copper, and stainless steel to name just a few examples. This broad versatility allows manufacturers to choose the materials that best suit the project to maximise the desired properties such as corrosion resistance, durability, lightweight etc.  

Metal spinning optimises material usage which means waste is typically kept to a minimum. This benefit applies to all industries the process is used in, but it is important specifically in the context of sustainability, conserving resources, and generally aligning with the goals of the renewable sector.  

The renewable sector is fairly broad with many different elements within in it, that may require specific design requirements in order for those systems to work effectively. Metal spinning can accommodate bespoke requirements with the ability to create complex shapes, which can be essential when it comes to ensuring all the components fit and function exactly as they are meant to.  

In comparison to other types of metal forming methods, metal spinning is a fairly energy efficient process. Similar to the efficiency of the process itself in reducing waste, being more energy efficient is beneficial in supporting the goal of the renewable sector to reduce the negative environmental impact of manufacturing processes.

Metal spinning allows lightweight parts to be produced aesthetically without compromising on other key properties like strength. This is useful in the renewable sector where striking the balance between weight and strength is important to the performance of the part within the overall system, and in situations where the visual element is relevant to the metal spun part too.