Laser Hardening Machine Metal Surface Hardening Equipment Laser Quenching Machine Gear Bearing Accessories

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

Product Description

⚙️ Basic Info.
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 Equipment Specification Title
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
Humidity(%)<70
Storage(ºC)-10~60
CoolingWater cooling
Power consumption22KW
Laser Machine Header
Product Layout
Technical Details
Machine Operation
Processing Sample 1
Processing Sample 2
Processing Sample 3
Sample 4
Sample 5
Sample 6
Application 1
Application 2
Application 3
Large Component Hardening Operational View Features Header
🌟 Features & Advantages
1
No deformation in quenched parts; fast thermal cycle process for medium carbon steel and large shafts.
2
Maintains surface roughness; adopts thin anti-oxidation protection coating for die steel.
3
Crack-free laser quenching with precise quantitative numerical control for tools and molds.
4
CNC precise positioning for local, groove, and spot quenching on alloy steel absorbers.
5
Clean and efficient; no water or oil cooling media required for cast iron engine cylinders.
6
Higher quenching hardness than conventional methods with fine structure and high toughness.
7
Rapid heating and self-excited cooling; a pollution-free green environmental heat treatment process.
8
Small heat-affected zone due to instantaneous local heating, ensuring minimal mold deformation.
9
Excellent beam directivity for precise local quenching via the advanced light guide system.
10
Hardened layer depth generally ranges from 0.3mm to 1.5mm for optimal surface protection.
❓ FAQ
What materials are suitable for laser hardening?
Laser hardening is ideal for medium to high carbon steel, alloy steel, cast iron, and various types of mold and tool steels used in heavy machinery and automotive industries.
Does the laser quenching process cause workpiece deformation?
No, because the laser heating is extremely fast and localized, the heat-affected zone is minimal, which prevents the overall deformation commonly seen in traditional heat treatments.
What is the typical depth of the hardened layer?
The hardened layer depth achieved by our 3000W laser hardening machine typically ranges from 0.3mm to 1.5mm, depending on the material and processing speed.
Is laser hardening an environmentally friendly process?
Yes, it is a "green" process. It requires no cooling media such as oil or water and produces no pollution, making it an eco-friendly alternative to traditional quenching.
Can it be used for complex shapes like gears and grooves?
Absolutely. The CNC positioning and small divergence angle of the laser beam allow for precise hardening of complex geometries, including grooves, local spots, and internal gear surfaces.

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