Long-range destruction and elimination laser system is an advanced device that uses high - energy laser beams to quickly, safely, and efficiently remove various types of foreign objects in different scenarios, and it has a wide range of applications in multiple industries such as electric power, railways, and communications.
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Before we ship your order, we have to prepare your products, do strict quality-control tests.
We ship worldwide by Fedex/UPS. The average delivery time is 6-7 days.
Return policy
JETLASERS offer a refund for most items within 7 days of receipt of shipment.
Long-range destruction and elimination laser system is an advanced device that uses high - energy laser beams to quickly, safely, and efficiently remove various types of foreign objects in different scenarios, and it has a wide range of applications in multiple industries such as electric power, railways, and communications.
This system takes a high - power laser as its core component. Common examples include fiber lasers, which can generate laser beams with high energy concentration and excellent directivity. Through a carefully designed optical focusing system, the laser can be precisely projected onto the target foreign object. Based on the thermal effect of the laser, when the laser acts on the foreign object, the foreign object rapidly absorbs the laser energy and converts it into thermal energy, causing the temperature to rise sharply. Subsequently, phenomena such as ablation, melting, or vaporization occur, achieving the rapid removal of the foreign object.
The system is equipped with high - precision detection and recognition devices. By comprehensively using technologies such as lidar, high - definition cameras, and advanced AI image recognition algorithms, it can monitor the situation in the target area in real - time and accurately. Whether it is obstacles on railway tracks, kite strings and plastic sheets entangled on power transmission lines, or branches near communication cables, these foreign objects can be quickly identified, and key information such as the position, size, shape, and material of the foreign objects can be accurately calculated.
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