Laser Pump Source Working Principle Revealed! скачать в хорошем качестве

Laser Pump Source Working Principle Revealed!

The reason laser cleaners, handheld welders, and laser cutting machines possess the powerful capabilities of cutting steel and precise cleaning lies in their core power source—the semiconductor laser pump source! ⚡️ As the "energy heart" of industrial laser equipment, it has become the mainstream configuration for laser devices with over 40% high photoelectric conversion efficiency and a super long service life of more than 15,000 hours, boasting excellent stability and cost-effectiveness～ Take a deep dive inside by opening the casing 🔍: It consists of compound semiconductor diodes made of gallium arsenide or indium phosphide, which emit light efficiently when energized. Equipped with convex lenses to focus light beams, one-way reflectors for precise light control, and prisms to concentrate energy, multiple components work together to converge scattered light signals into high-density energy beams, providing strong power for laser equipment! Key parameter insights: The 130W pump source has 2 groups totaling 18 diodes, with a working voltage suitable for industrial scenarios. The high-power 360W model has doubled the number of diodes, delivering even stronger energy output. Guess the exact number? Leave your answer in the comments! 🤔 Its uses go beyond that: It can repair damaged lasers, DIY small welding and cutting tools, and even create custom laser equipment! As a professional laser equipment supplier, DMK disassembles and recycles high-quality idle lasers. Each pump source undergoes multiple rounds of testing by engineers, including performance testing and stability verification, ensuring reliable quality～ 💬 Want to DIY your own laser or purchase high-cost-performance laser pump sources? Contact us directly via private message! Subscribe to unlock more insights on laser core components and discover the hidden power of industrial lasers! #LaserPumpSource #SemiconductorPump #LaserCoreTechnology #DMKLaserParts #IndustrialLaserComponents #DIYLaser #LaserEquipmentRepair #LaserEnergySource