Nukon Lasers UK is proud to be part of the Unison family of machine tool companies. Unison Ltd is the UK’s leading manufacturer of tube and pipe bending machines.
Today we build the world’s largest range of powerful, ultra-precise, all-electric models for diameters ranging from 4 mm to 275 mm, including single-stack, multi-stack, twinhead, left & right and pinball machines. We export to more than 20 countries and to sectors as wide-ranging as motorsport, marine, oil & gas, aerospace, general manufacturing, subcontracting, architecture and energy, including SMR.
For organisations that carry out repetitive tube bending tasks, we offer a range of advanced, electrically controlled, hydraulically operated dual-stack machines. Our recent acquisition of Pneuform Machines Ltd has brought high-quality wire and small-diameter tube bending machines to our customers. While through Nukon Lasers UK, we offer Nukon’s advanced, highly accessible, European fibre laser cutting machines to customers in the UK and Ireland.
Our Unibend CNC software is widely viewed as the most user-friendly control system for tube and pipe manipulation. While our Opt2Sim tube bending simulation software and tube bending app simplify the most complex of tube bending tasks.
Include our extensive tooling designs and 4- and 5-axis machining capability, and you can count on Unison to be your true partner for even the most challenging of applications. Add considerable consumable tooling stock holdings of mandrels and wipers in the UK and US – supported by prompt global delivery – and it’s easy to see why customers around the world put their trust in Unison.
One family. Three world-class brands. All supported by the highest levels of service, support and software. That’s Unison.
Having been in the architectural metalwork industry for over 35 years, I can honestly say that Unison and Nukon Lasers UK have provided bar far the best after sales support of any machine supplier. Their technical understanding is paired with their can-do attitude and open and honest approach.