Metals and Spinning: A Perfect Match

View of men through a metalMetal spinning is a manufacturing process that uses high-speed rotation to mould metal. It offers a lot of advantages when it comes to manufacturing axially symmetrical metal parts. It’s also quite diverse in the type of metal that can be used. According to a Birmingham metal spinner with seven decades of experience, most types of ductile steel can be shaped using the technique.

Thinking about going this route when manufacturing? Here are some reasons that might convince you:

It’s Cheaper than Other Common Methods

Spinning metal is cheaper than other methods like stamping or forging. Conventional metal spinning also wastes considerably less material. While metal spinning can be manual, there are ways to adapt it to quantity demands.

Stronger End Product

The product formed by metal spinning is structurally sound because the method does not require seams. Cylindrical gas tanks are often created using this method. Pressure resistance in spun metal is high due to the lack of weak points. Spinning is the best for parts that have a more structural role.

Realigns the Metals

Metal spinning does not cut the metal. Instead, it moulds the metal into shape. When you spin metal, the grain aligns across the material, improving the strength of the metal. No other method achieves this.

Cheaper When Changing Specifications

The tooling required for spinning are cheaper than other forms of metalworking. Because of this, it is cheaper to order new product specifications when using metal spinning. Aside from being inexpensive, the ease of new tooling also results in shorter lead times. If you want to build fast, metal spinning is the way to go.

Multi-Step Applications

Metal spinning is great when combined with other methods of manufacturing. As the metallurgy strengthens during the spinning process, the product can still sustain other treatments such as plasma and laser cutting.

There are many advantages to metal spinning that other metalworking methods just can’t match. While the method can be very specific to what can be formed, it should remain the first choice whenever possible. It’s cost-effective, fast and strengthens the end-product, unlike any other method.