Waterproof pan-tilt laser, 525 1.5W, green beam, 360-degree rotating laser.

This waterproof rotating laser light features an advanced waterproof design, allowing it to operate stably even in harsh weather conditions. Whether in heavy rain, snow, or high humidity, the device maintains excellent performance, guaranteeing continuous illumination. Its IP67 waterproof rating completely prevents water from entering the device, avoiding damage to the circuitry. Furthermore, the device is wind-resistant, maintaining stable operation even in strong winds. Whether in outdoor projects or harsh industrial environments, this laser light provides long-term, efficient service, ensuring that user needs are met.

This laser light uses a 525nm wavelength green laser light source. Compared to traditional red lasers, green lasers offer higher visibility, especially during the day or in bright light environments, providing a clearer and brighter beam effect. The green beam is not only more visible to the human eye but also effectively penetrates airborne obstacles such as fog and smoke, making it ideal for long-distance illumination needs. Whether in performances, outdoor advertising, or industrial applications, the 525nm green laser provides excellent illumination effects, meeting the needs of various environments.

This laser light can rotate 360 ​​degrees, allowing it to evenly illuminate every surrounding corner. Whether indoors or outdoors, the rotating laser beam covers the entire area without blind spots, ensuring every corner receives uniform illumination. This omnidirectional illumination characteristic makes it ideal for venues requiring large-area coverage, such as large-scale laser shows and scenic area laser lighting. Through its full-coverage design, the device provides superior visual effects, allowing every viewer to enjoy the best light and shadow experience.

To ensure stable performance during extended operation, this laser light incorporates a high-efficiency cooling fan. During continuous use, the laser light source and circuitry can easily generate high temperatures. The cooling fan effectively reduces the device's temperature, preventing damage due to overheating. The cooling fan works by forcing airflow to expel heat from the device, keeping it within a safe operating temperature range. Even in high-temperature environments, the device can maintain stable operation for extended periods, ensuring no performance interruption or degradation due to overheating.