Machine tools are essential in manufacturing, enabling the precise shaping and machining of materials such as metal, plastic, and composites. From CNC machines and lathes to grinders and milling systems, they play a central role in producing components with tight tolerances and high-quality finishes. Their applications span automotive, aerospace, medical devices, and more.

Modern machine tools operate under demanding conditions, generating considerable heat during cutting, grinding, and forming processes. Without adequate cooling, this heat can distort workpieces, degrade surface finish, and cause premature tool wear. Process cooling systems help to manage this heat, ensuring consistent quality and equipment longevity.

Recirculating chillers offer precise, closed-loop temperature control for machine tools. They are widely used in CNC systems, laser cutting, grinding, and plastic moulding to maintain stable temperatures during continuous operation. Their energy efficiency and cycling of heat transfer fluids make them a cost-effective and environmentally friendly option.

These systems also support tool and equipment longevity by minimising thermal stress, making them a popular choice for high-precision environments. While they require an initial investment and regular maintenance, the benefits in performance, consistency, and reduced water consumption often outweigh the costs.

Water-to-water heat exchangers provide high-efficiency temperature control using two separate water circuits. This closed-loop approach reduces contamination risk and offers stable cooling across a range of applications – including CNC machines, grinding systems, and hydraulic units.

These systems are highly efficient and scalable, but depend on high-quality water and may require integration with secondary cooling equipment like chillers.

Coming soon!