1000W Continuous Fiber Laser Welding Machine for Cylindrical Battery Cap Welding

1000W Continuous Fiber Laser Welding Machine for Cylindrical Battery Cap Welding

Model Number:
TMAX-WS-HJ-1000
Input Power:
3.5KW
Dimension(L*W*H):
L (1.5mm) * W (1.2mm) * H (1.6mm)
Compliance:
CE Certified
Warranty:
Two Year Limited Warranty With Lifetime Support
Update:
Optional
Payment:
L/C D/A D/P T/T Western Union
Delivery Time:
30 Days
Place of Origin:
China
Shipping Port:
Xiamen Port
Email:
[email protected]
WhatsApp:
+8618659217588
WeChat:
18659217588

Product Description

1000W Continuous Fiber Laser Welding Machine for Cylindrical Battery Cap Welding

1.Equipment Introduction

It is a special model designed and developed for the welding of lithium-ion batteries (communication power battery, power storage, etc.). After equipped with appropriate fixtures, the series system can complete laser welding of square battery shell cover (four straight edges and four arc angles at the joint of shell and cover plate).

2.Workflow

Manual Feeding → Cylinder Pressing → Press the Start Button and Wait for Welding → Cylinder Loosening after Welding → Manual Feeding and Cyclic Operation.

3.Technical Parameter

NO. Project Parameter
1 Central Wavelength 1077~1085nm
2 Full Height Half Width Spectral Width <3nm
3 Rated Maximum Output Power 1000W
4 Power Regulation Range 10~100%
5 Power Stability (> 24 hours) <0.4%
6 Beam Quality <1.2
7 Input Voltage 220VAC
8 Maximum Power Consumption 3.5KW
9 Maximum Modulation Frequency Max 50KHz
10 Waveform Rise / Fall Time 5us
11 Cooling Mode Water-Cooling
12 Length of Output Optical Cable 15m
13 Laser Output Head QBH
14 Operating Ambient Temperature 5~40℃
15 Cooling Water Temperature 18~28℃
16 Storage Temperature -20~60℃

4.ProcessPerformance

  1. Real time processing of feedback control performance and waveform control function to achieve ideal welding conditions;
  2. The combination design of galvanometer scanning head can realize spot welding and seam welding within the processing range;
  3. Gradual in and gradual out function, and the overlapping parts at the beginning and end of seam welding are completed;
  4. The setting of input and output connectors (signals) makes automation easier;
  5. Standardized workbench design, simple and flexible welding fixture debugging;
  6. The battery model has strong compatibility and is equipped with universal welding fixture;
  7. PC control is easy to operate, with track teaching function and easy to use
  8. It is equipped with three axes as standard, which can be expanded into four axes linkage to realize arbitrary three-dimensional welding in space;
  9. Touch screen man-machine dialogue interface, humanized operation, simple and intuitive.

5.Brands of Main Components

NO. Name Brand Major Function Quantity
1 Laser Source Chuangxin 1000W connecting optical fiber laser host Electro optic energy conversion core 1set
2 Energy Transmission System Mitsubishi 5m optical fiber Energy transmission 1set
3 Welding Working Head Jiaqiang QBH welded joint Energy release and control of weld spot size 1set
4 Red Light Indication System Self production Instruction programming 1set
5 Welding Inspection System Self production CCD real-time detection of welding effect 1set
6 Energy Detection System Self production Detect energy fluctuations 1set
7 Cooling System Boding 3P double temperature and double control chiller Cooling cycle 1set
8 Workbench Standard four axis table Motion control 1set

6.Installation Environment Requirements

  1. Configured Power Supply: AC380V, 50Hz, Voltage Fluctuation Range: + 10% ～ - 10%;
  1. Compressed Air: 0.2 ~ 0.8MPa, pressure fluctuation±1% (clean air after water removal, oil-free, filtration and pressure stabilization);
  1. Equipment Specification:

1) Equipment Weight: About 1000kg;

2) Overall Dimension: About L (1.5mm) * W (1.2mm) * H (1.6mm);

3) Appearance Color: Light gray.

  1. Environmental Requirements:

1) Ambient Temperature: 25 ± 5 ℃;

2) Relative Humidity: 30% ~ 75% RCH, ensure that the on-site air is dry and unblocked without acid-base corrosion;

3) Ground Wire: Protective grounding;

4) Problems caused by disasters, war, abnormal weather or other force majeure.

battery equipment

 

 

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