WJ ThermoPrint technology is an innovative solution designed to save lives and revolutionize the road marking industry.
ThermoPrint technology has completely replaced the century-old manual method of applying road markings using hot-melt adhesive. This is achieved through an automated machine equipped with modern coating equipment.
Currently, the production of thermoplastic road markings (such as letters, numbers, arrows, and other symbols) still requires manual mold making. However, new technology has made it possible to program all road marking symbols used on the UK road network into the operating system, reducing the need for manual marking installation by operators.
ThermoPrint also scans existing road markings and automatically matches them to preset patterns. Once scanning is complete, the machine immediately applies thermoplastic material back onto the markings, giving them a fresh, high-quality look.
This new technology will allow operators to safely operate the machine from the cab, where they would normally be performing road marking work along a moving lane.
Martin Weber, Chief Operating Officer of WJ Group, said: “Safety is one of our core values and we are always looking for ways to improve the working conditions for our employees.”
“Our biggest concern is working on busy roads where we encounter heavy traffic, potentially dangerous driving and intrusion into our workspace, so we look for ways to protect our team from danger.”
“The ThermoPrint system is designed to eliminate the risk of vehicle collisions with operators and reduce the risks they face when manually operating the equipment. We are confident that our machine can achieve these goals.”
“WJ has always been at the forefront of innovative thinking, and our latest machine is a testament to that philosophy. Our collaboration with Norwegian road marking machine manufacturer Trysil Maskin on the ThermoPrint was a fantastic experience. The result is the first machine of its kind in the UK, and we’re proud to represent it in the industry.”
Post time: Jun-16-2026





