More than you might think.
AI tends to make headlines for its computing power. But all that processing generates heat. As server power densities increase, liquid cooling is becoming an important part of high-performance data-centre design.
For tube manufacturers, that raises an interesting question: where do we fit in?
Behind the computing equipment is the hardware that moves coolant around the system.
Depending on the design, this includes stainless-steel pipework, manifold components and tube assemblies within coolant distribution units.
Not every connection requires a bent tube, but there are clear applications for precision tube fabrication.
Where the component design allows, bending a continuous length of tube can replace several welded elbows.
That means fewer joints to manufacture and inspect, potentially simplifying the assembly process.
It is not about eliminating every weld, but identifying where bending offers a better manufacturing route.
A tube that looks right is not necessarily ready for service.
Accurate connection positions, assembly fit and cleanliness all matter, alongside the pressure and leak testing required for the application.
Precision bending is part of the process – not a replacement for inspection and testing.
Then comes the production question: can you get every part right first time?
Our right-first-time tube bending capabilities are designed with exactly that in mind. Precise all-electric control and automatic setup help reduce trial and error, minimise scrap and achieve consistent, repeatable results. Proven machine settings can be recalled for future batches, helping take the guesswork out of repeat production.
It starts with understanding your material, tube diameter, wall thickness, bend radii, tooling and required output – then bringing together the right machine, tooling and software for your application.
Our Breeze all-electric tube bending machines bring this approach to the shop floor, combining precise control with user-friendly Unibend programming to support accurate, repeatable production.
Our Opt2Sim software also allows manufacturers to simulate components on a virtual bending machine and identify potential collisions before bending a trial part.
It is a practical way to investigate manufacturing challenges before they reach production.
Whether you are developing your first cooling assembly or planning additional capacity, start with the component – not simply the machine specification.
Working on tube assemblies for data-centre cooling?
Send your drawings and production requirements to sales@unisonltd.com, and let’s discuss the right bending solution for your application.
