Blue laser light can precisely target weeds. Through the photothermal effect, it achieves non-chemical, pollution-free physical weeding, promoting the green and efficient development of smart agriculture.

Blue laser light is widely used in consumer-grade laser engraving, appearance marking, and additive manufacturing, enabling high-precision, low-damage material processing and personalized manufacturing.

Blue laser light has advantages in medical applications such as good absorption characteristics, excellent hemostatic effects, and minimal tissue damage. It is suitable for precise treatment and minimally invasive surgery in departments like dermatology and surgery.

Suitable for directed energy deposition additive manufacturing, it features high forming quality and good metallurgical bonding, meeting the needs for rapid manufacturing and repair of high-end components.

Features high absorption rates for high-reflective metals such as copper, aluminum, gold, and silver, ensuring stable processing and effectively solving the challenges associated with traditional laser processing.

Capable of laser cladding on high-reflective metals, enhancing the workpiece’s wear resistance, corrosion resistance, and high-temperature performance, thereby extending the service life of components.

Achieves minimal heat impact, excellent welding quality, and processing of ultra-thin metals and films requiring airtightness.

Specialized in high airtightness precision manufacturing of thermal management components such as VC vapor chambers, heat sinks, heat exchangers, and water cooling plates, improving heat dissipation efficiency and product reliability.