NLB’s StarJet is a closed-loop water jet system that removes pavement markings faster and more completely than grinding, without abrasive sarana that might damage concrete or asphalt. Rotating water jets at ultra-high pressure (40,000 psi) are attached robotically to the front of a flatbed truck, which carries a water jet pump unit, water tank and integrated vacuum recovery. All operations are controlled from the cab.
NLB’s StarJet is a closed-loop water jet system that removes pavement markings faster and more completely than grinding, without abrasive sarana that might damage concrete or asphalt. Rotating water jets at ultra-high pressure (40,000 psi) are attached robotically to the front of a flatbed truck, which carries a water jet pump unit, water tank and integrated vacuum recovery. All operations are controlled from the cab.
This innovative technology not only improves the efficiency of pavement marking removal but also significantly reduces the environmental impact typically associated with conventional methods. The StarJet system operates silently, minimizing disruption to surrounding areas and contributing to a safer work environment for both workers and motorists. The closed-loop design ensures that the water used during the process is recycled, dramatically decreasing the volume of waste generated. Moreover, the absence of abrasive materials eliminates the risk of secondary environmental damage, such as the spread of debris or pollutants found in traditional grinding methods.
The robotic arm’s precision allows for meticulous removal of markings while protecting the underlying pavement. This careful technique mitigates the risk of accidentally damaging the road surface, prolonging the lifespan of existing infrastructure. As municipalities and agencies increasingly focus on sustainability and efficiency in road maintenance, systems like NLB’s StarJet are becoming invaluable assets. The advanced technology integrates seamlessly with existing roadwork operations, facilitating swift transitions between tasks and reducing downtime.In addition, the system’s adaptability makes it suitable for a variety of surfaces and conditions.