Ten Ultraszybka współosiowa pierścieniowa dysza laserowa do napawania proszkowego is engineered for high-precision laser cladding applications where coating density, process stability, and powder efficiency are critical. Designed for demanding industrial environments, this nozzle delivers a highly concentrated coaxial annular powder stream that aligns accurately with the laser spot, enabling consistent melt pool behavior and improved deposition control across complex geometries.

Manufactured from miedź o wysokiej przewodności cieplnej (miedź fioletowa), the nozzle offers excellent heat dissipation to support stable operation under continuous processing conditions. Its optimized internal flow structure helps produce a uniform powder focus and reduces powder turbulence, which contributes to fewer cladding defects such as porowatość, falistość powierzchni i niespójności związane z kierunkiem. With integrated adaptive thickness control capability, the nozzle minimizes uneven layer build-up, enhancing repeatability and reducing rework.

Supporting laser power up to 3 kW, and compatible with powder particle sizes of 50–150 μm, the nozzle is ideal for forming dense, metallurgically bonded coatings with a refined microstructure. Typical use cases include wear-resistant and corrosion-resistant surface enhancement, component repair, and high-value part remanufacturing in sectors such as aerospace, energy, tooling, and advanced manufacturing.

With a standard connection interface for easy integration and reliable operation, this coaxial annular nozzle is a high-performance solution for users seeking higher powder utilization, better coating quality, I stable ultra-high-speed laser cladding performance.