Presentatie van de kenmerken van de apparatuur

Compared with coaxial annular and three-point nozzles, our coaxial four-point nozzle has a larger powder spot and a longer working distance. When combined with a high-power, large-spot laser, it can achieve higher cladding efficiency and a longer service life, making it more suitable for large workpiece repair and surface strengthening.

verwerkte monsters
Laserbekleding op cilindervoering buitenoppervlak
Metal+One® LAM/LMD/DED 3D-printapparatuur voor directe metaalafzetting (additieve metaalproductie)
Laserbekleding op glazen mal
laserbekledingsmondstuk
  1. Coaxial powder feeding process is stable: it is not easy to produce defects such as pores, undulations, and direction differences;
  2. Coaxial powder feeding has good powder flow focusing: the powder spot focus and light spot can be accurately controlled to match, maximizing the powder utilization rate;
  3. Coaxial powder feeding adaptive deposition thickness control function: avoid uneven cladding thickness and ensure the stability of the cladding process;
  4. Powder is evenly distributed: powder feeding is completely unaffected by direction and can adapt to the required contour of any workpiece.
  5. Wide application: modular design allows the use of precision tubes (inlays) of different specifications, and the wear resistance of the product is improved by using inlays. Customers can replace the inlays inside the nozzle by themselves.
ProductnaamCoaxial Four – point Nozzle
Specification ModelCF – 1317 – 01
Poeder Vlekgrootte2.5~4mm
MateriaalRed Copper
Light – passing Apertureφ7.5mm
Laservermogen≤6KW
Deeltjesgrootte poeder50~200μm
Gewicht1.25kg
Powder Flow Rate10~100g/min
Aantal poederstromen4
Cooling Water Flow Rate≥2L/min
Powder Focus Height16~18mm
Inlay Specificationφ1.2mm, φ1.5mm
Powder Divider ModelOne – to – four
Connection MethodStandard Interface
We can customize laser cladding nozzles according to the actual needs of customers
laserbekleding op buitenoppervlak van holle as
laser cladding on roller outer surface demonstration