Hot Sale Laser Hardening Machine with 6 Axis Robot Auto Parts Surface Laser Hardening Laser Equipment 3000W

Customization: Available
After-sales Service: Lifetime Maintenance
Warranty: Lifetime Maintenance

Product Description

Basic Information
Model NO.
3HE-MF3000W
Application
Aerospace, Agricultural Machinery, Heavy-Duty Machinery, Automotive Industry
Automatic Grade
Automatic
Style
Stationary
Technical Class
Continuous Wave Laser
Q-Switch
with Q-Switch
Laser Classification
Semiconductor Laser
Type
Laser Hardening
Power Supply
AC380V±38,50/60Hz,Tn-S
Output Header Type
Qbh
Power
3000W
Spot Width
15mm
Laser Generator
Racuys/Ipg
Transport Package
Wooden Trunk
Specification
800KG
HS Code
8515801090
Production Capacity
100 Sets/Year
Product Description
Laser Hardening Machine Divider
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 modeQBH
fiber core(μm)600
Min bend semidiameter(mm)≥400
Half angle of beam divergence(rad)≤0.22
fiber length(m)20
electronic parameters
VoltageAC380V±38V, 50/60Hz
control modeRS-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
CoolingWater cooling
Power consumption22KW
Product Features & Advantages
1
The quenched parts are not deformed; the thermal cycle process of laser quenching is fast, suitable for medium carbon steel and large shafts.
2
It hardly destroys the surface roughness and adopts a thin coating of anti-oxidation protection. Ideal for die steel and various dies.
3
Laser quenching does not crack; features precise and quantitative numerical control quenching for cold work die steel and cutting tools.
4
CNC quenching with precise positioning for local, groove, and groove quenching in medium carbon alloy steel shock absorbers.
5
Clean and efficient: No cooling medium such as water or oil is required for cast iron materials like engine cylinders.
6
Higher quenching hardness than conventional methods. The quenched layer has a fine structure with excellent strength and toughness.
7
Pollution-free green environmental protection process: Rapid heating and self-excited cooling without furnace heat preservation.
8
Minimal deformation: Due to fast heating speeds and small heat-affected zones, mold deformation is significantly reduced.
9
Good directivity: The small divergence angle allows for precise local quenching via the light guide system.
10
Standard hardened layer depth typically ranges from 0.3mm to 1.5mm.
Frequently Asked Questions
What materials are suitable for laser hardening?
Laser hardening is highly effective for medium and high carbon steels, alloy steels, cast iron, and various types of mold and tool steels.
Does this machine require a separate cooling system?
Yes, the system utilizes a high-efficiency water cooling method to maintain the stability of the 3000W laser generator during continuous operation.
What is the typical depth of the hardened layer?
The laser surface quenching process generally achieves a hardened layer depth between 0.3mm and 1.5mm, depending on the material and settings.
Will laser quenching cause part deformation?
No, because the heating is localized and extremely rapid, the heat-affected zone is minimal, ensuring that parts or molds maintain their original shape without deformation.
Is the process environmentally friendly?
Absolutely. It is a "green" heat treatment process that requires no oils or chemical cooling mediums, producing no pollution during operation.

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