Speedy, Efficient Waterjet Cutting For The Aerospace Sector

Waterjet cutting is now one of the most commonly used techniques in the aerospace industry. 

It is suitable for many different applications, including prototyping and machine part manufacturing. 

Because it can be used to create complex shapes and patterns, it’s also ideal for many other industries, including the automotive sector, where components need to fit together perfectly to ensure safety and optimal performance.

Whether you need to produce aircraft components, engine parts, gaskets and seals, or interior components this technique could be ideal. Waterjet cutting can also be useful for repairs and maintenance. It can be utilised to remove damaged sections of parts without causing additional harm, allowing for precise replacements to be inserted.

One of the biggest benefits of waterjet cutting is its versatility when it comes to materials. 

Waterjet cutting can effectively cut a wide range of materials used in the aerospace and automotive industries, including metals (such as steel, aluminium, and titanium), composites, rubber, plastics, and more. 

With aeroplanes and cars made of a vast array of materials, it offers unbeatable flexibility. We can deliver a fast turnaround and unparalleled quality for your project.

Unlike laser and plasma cutting, it reduces the heat affected zone (HAZ). 

This reduces the risk of heat-related distortion, material warping, and changes in material properties, which is especially vital for preserving the integrity of aerospace components. There’s also no requirement for secondary finishing; instead, it produces clean, smooth edges straight away. This can save you time along with reducing the cost of manufacturing.

Reduce the amount of wasted materials and tool wear. 

Both the automotive and aerospace sectors need to reduce their impact on the environment, and waterjet cutting can help do this. A highly efficient cutting technique, it optimises material usage and reduces the amount of scrap.

Traditional cutting methods such as sawing or milling can lead to tools wearing out at rapid rates. Waterjet cutting, meanwhile, has no need for contact between the tool and workpiece, so it suffers minimal amounts of wear. 

Available to work in a spectrum of projects, Aqua Dynamics Ltd can deliver high production speeds. 

Although waterjet cutting isn’t always the speediest technique, the latest technology like our OMAX machines, which use stacking, can improve cutting speeds. For certain applications, especially those where precision and material integrity are paramount, the slightly slower cutting speed is a worthwhile trade-off.

There’s also less risk of contamination using this method, which is particularly important in industries where cleanliness is paramount. 

If you’re looking for waterjet cutting services for the aerospace industry, don’t hesitate to contact our team for more information.