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Robotic Laser Hardening System for Special-shaped Workpiece


Laser Hardening is a quenching technology that uses the laser to heat the surface of the material to above the transformation point. With the cooling of the material itself, the austenite is transformed into martensite, thus making the material surface hardened.

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  • Item NO. :

    DM-H6000W
  • Payment :

    L/C D/A D/P T/T Western Union
  • Product Origin :

    China
  • Shipping Port :

    Xiamen
  • Lead Time :

    15 days

Robotic Laser Hardening System for Special-shaped Workpiece

The laser quenching head is adopted, which has high heating and cooling speed, short process cycle, no need for external quenching medium, small workpiece deformation, clean working environment, no need for finishing such as gear grinding after treatment, and the size of the treated gear is not limited by the size of the heat treatment equipment

Advantage

Laser quenching is a clean and fast quenching process with high power density, fast cooling speed and no need for cooling media such as water or oil. Compared with induction quenching, flame quenching and carburizing quenching processes, laser quenching has uniform hardening layer, high hardness (generally 1-3 HRC higher than induction quenching), small workpiece deformation, easy control of heating layer depth and heating track, and easy to realize automation. It is not necessary to design corresponding induction coils according to different part sizes as induction quenching, The processing of large parts does not need to be limited by the furnace size during chemical heat treatment such as carburizing and quenching, so it is gradually replacing the traditional processes such as induction hardening and chemical heat treatment in many industrial fields. Especially important is that the deformation of the workpiece before and after laser quenching can be almost ignored, so it is especially suitable for surface hardening of parts with high precision requirements.

 

Specification parameters

NO.

Part

Model

Description

Pic

QTY

Brand

1

Laser

CWL-6000W

Continuous fiber laser, maximum power 6000W, adjustable, beam quality <= 5m.MRAD

 

 

1

Raycus

 

Optical fiber system

600Um @20m

QBH interface, core diameter 600um, length 20m

2

Water chiller

HL-6000-QG2

Refrigerating capacity 6000W, dual temperature control, providing cooling water for lasers, processing heads, optical fibers, etc

 

1

Hanli

3

Laser control system

 

LJ-6000S

Adjust and control laser power, blowing, laser, powder, etc. With machine tool linkage laser, with monitoring and alarm function

 

1

Duman

4

Powder feeder

LJ-Z01

Powder volume: 2L glass cylinder

Plourner granularity: 20-280um

Powder speed: 0-6 rpm/cents, stepless speed adjustment

Powder duplicate accuracy: <2%

 

1

Duman

5

Voltage-stabilized source

VF-45KVA

Provide stable AC power supply for the laser, prevent the damage of the laser caused by the strong fluctuation of the power grid.

 

1

Duman

6

YaskawaRobot, Japan

GP-25

Degrees of freedom: 6-axis linkage

Load: 25 kg Arm span: 1730mm

Repeated positioning accuracy: ±0.02

Equipped with base, optical fiber support, laser head pendant

 

 

1

Yaskawa

7

Laser quenching head

LJ-RF

Multi-water cooling structure design, long continuous working time.

 

 

1

Duman

8

OtherAccessories


 

System coupling accessories

(cable, connector, lens, etc.)

 

 

1

Duman


Samples



         


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