Raex Motors Ltd is a specialist UK provider of made-to-measure electric curtain tracks, curtain poles and advanced roller blind motorisation systems, delivering engineered solutions for residential, commercial and interior design projects. We combine precision manufacturing with deep technical knowledge to create systems that perform flawlessly, integrate seamlessly and are built around the real demands of modern spaces.

Our core expertise lies in motorised window treatments. Alongside a comprehensive range of electric curtain tracks and poles, we offer a wide selection of roller blind motor solutions available in the UK, covering mains-powered, battery, low-voltage and smart-home–ready options. Every system is specified to suit the project, ensuring smooth operation, long-term reliability and a refined end result.

Advances in our capabilities for motorised Roman blind systems means that we can supply solutions up to 4 metres wide with a 4 metre drop—an achievement that very few in the UK can offer. These systems are engineered for stability, even weight distribution and precise control, opening new design possibilities for large glazing, statement windows and high-end interiors where Roman blinds were previously impractical at scale.

With over 25 years of specialist experience, our team understands both the technical and aesthetic considerations of window automation. We work closely with interior designers, architects, specifiers and installers, providing clear, practical guidance at every stage—from concept and system selection through to specification support and delivery. Our approach removes uncertainty from complex projects, ensuring that performance, integration and design intent are fully aligned.

Home automation is central to what we do. Our motorised systems are designed to integrate with a wide range of control methods, from simple handsets and wall switches to sophisticated smart-home and building management platforms. This allows clients to achieve everything from straightforward motorisation to fully automated, scene-based environments with precision control and future flexibility.