CNC Milling

WES Engineering provides high-precision CNC milling services in the UK, delivering cost-effective machining solutions with rapid turnaround times. Our advanced machining capability includes multi-pallet horizontal and 5-axis CNC machining centres, enabling efficient, repeatable production for complex components and high-volume applications.

Our milling capacity is supported by a range of high-performance machines, including the Matsuura H.Plus-300 multi-pallet horizontal machining centre, the Matsuura MX-520 5-axis machining centre, and HAAS VF-2 and VF-4 Super Speed vertical machining centres. These machines offer a working envelope of up to X=1270mm, Y=508mm, Z=635mm, allowing us to accommodate a wide range of component sizes and geometries.

To further strengthen our 5-axis and lights-out machining capability, we are introducing a Matsuura MX330-PC4 5-axis multi-pallet machining centre. This investment will significantly increase our capacity for automated, high-volume CNC milling, reducing lead times while maintaining exceptional precision and consistency.

The Matsuura H.Plus-300 remains a key part of our production strategy, enabling reliable 24/7 unattended machining. This supports efficient medium to large batch CNC milling, where process stability, repeatability, and cost control are critical.

We offer 3-axis, 4-axis, and full simultaneous 5-axis CNC milling, allowing us to machine complex components in fewer operations, improve accuracy, and reduce overall production time.

WES Engineering machines a wide range of metals and high-performance alloys, including Aluminium, Carbon and Stainless Steels, Monel, Titanium, Tool Steel, Tungsten, Carbide, Tantalum, Super Duplex, and Inconel. Our expertise supports demanding sectors such as aerospace, defence, and advanced engineering.

Our Matsuura platforms are particularly well suited to high-volume aluminium CNC milling, where high spindle speeds, palletised automation, and process control deliver excellent surface finish, repeatability, and production efficiency.