2023 Hot Sale Sanhe 3000W-6000W High Speed Cast Iron Bed Laser Cladding Machine for Metal

Product Description

 

wave length(nm)	915±10
output unstablility(%)	<3
Rate(Hz)	50~5k
red light point power(mW)	0.25~1
laser head parameters
output head mode	QBH
fiber core(μm)	600
Min bend semidiameter(mm)	≥400
Half angle of beam divergence(rad)	≤0.22
fiber length(m)	20
electronic parameters
Voltage	AC380V±38V,50/60Hz,
control mode	RS-232/AD
other parameters
size (W×H×D)(mm)	650×950×980
weight(Kg)	<150
temperature(ºC)	10~40
Hunidity(%)	<70
storage(ºC)	-10~60
Cooling	Water cooling
Power consumption	22KW

Our Advantages

 

  Laser quenching is a quenching technique that uses laser to heat the surface of a material above the phase transition point. As the material cools down, austenite transforms into martensite, thereby hardening the surface of the material. practical application Laser quenching technology can strengthen the surface of various guide rails, large gears, journals, cylinder walls, molds, shock absorbers, friction wheels, rollers, and roller parts. Suitable materials are medium to high carbon steel and cast iron. 
  Characteristics of Laser Quenching :
1. The quenched parts do not deform, and the thermal cycling process of laser quenching is fast.
2. The surface roughness is almost not damaged, and a thin anti oxidation protective coating is used.
3. Laser quenching without cracking, precise quantitative CNC quenching.
4. Accurate CNC quenching for local, groove, and groove quenching positioning.
5. Laser quenching is clean, efficient, and does not require cooling media such as water or oil.
6. The quenching hardness is higher than that of conventional methods, the microstructure of the quenching layer is fine, and the strength and toughness are good.
7. Laser quenching is a fast heating, self-excited cooling process that does not require furnace insulation or coolant quenching. It is a pollution-free, green, and environmentally friendly heat treatment process that can easily achieve uniform quenching of large mold surfaces.
8. Due to the fast heating speed of laser, small heat affected zone, and surface scanning heating quenching, that is, instantaneous local heating quenching, the deformation of the processed mold is very small.
9. Due to the small divergence angle of the laser beam and its good directionality, it is possible to perform precise local quenching on the surface of the mold through a light guide system. The depth of the hardened layer for laser surface quenching is generally 0.3-1mm.(Some materials)