Tripod Laser Obstacle Clearance

1000WLaser Obstacle Clearance Device

Dimensions: 815×540×315mm Weight: ≤50kgOperating Distance: 1 500m Power Supply: DC48V, 5000W

Typical Applications: Removal of relatively thick foreign objects and medium-to-long-distance operations.

Application Scope: In addition to standard suspended debris removal, the system can process thicker opaque plastic bags, agricultural films, and medium-sized branches. It is also suitable for railway foreign-object removal, security disposal operations, and other applications requiring higher laser power

1500W Laser Obstacle Clearance Device

Dimensions:815×540×405mm Weight: ≤55kgOperating Distance: 1 800mPower Supply: DC48V, 6000W

Typical Applications: Removal of heavy foreign objects and long-distance, high-efficiency operations.

Application Scope: Capable of rapidly removing large advertising banners, heavy dust-proof nets, and similar materials. The effective operating distance extends up to 800 meters, making it highly suitable for high-altitude and long range removal of stubborn obstacles. It also supports emerging applications such as laser de-icing

2000W Laser Obstacle Clearance Device

Dimensions: 815×540×405mm Weight: ≤66kg Operating Distance: 1-800m Power Supply: DC48V, 7000W or AC220V

Typical Applications: Removal of ultra-heavy obstacles and specialized operations.

Application Scope: As the highest-power model in the series, it is capable of handling the thickest non-metallic obstacles with maximum removal efficiency. In addition to power grid maintenance, it is particularly suitable for defensive security operations, counter-drone applications, police counter terrorism missions, and advanced exploratory applications such as remote energy transmission

500W Laser Obstacle Clearance Device

The tripod-mounted configuration is designed for enhanced operational precision, full-feature integration, and superior stability, making it the primary professional operation platform. Users can select the most suitable configuration based on mission requirements balancing mobility and functionality