6-Axis Industrial Robot Arm for Spot and Laser Including PLC Motor High Precision Welding Robot

Customization: Available
Application: Electronic Industry, Automotive Industry, Manufacturing Industry
Technical Class: Pulse Laser

Product Description

Basic Information
Control
Automatic
Power Density
Heat Conduct Welding
Laser Classification
Optical Fiber Laser
Type
Optical Fiber Transmission Laser Welding Machine
Terms
Technical Parameters
Power
100W
Working Size
1000X600mm
Table
up & Down
Software
Rdcam
Package
Standard Crate for Export
Working Power
220V/50Hz/1.5kVA
Engraving Speed
1200mm/S
Process Material
Non-Metal Materials
Marking Varieties
Characters, Graphs, Images, Trademarks
Lifespan
Over 20, 000 Hours
Water Chiller
Doluyo
Watt
500W 1000W 1500W
Laser Source
Raycus
Production Capacity
300sets/Month
Product Description
Strong Structure And Good Quality Handheld Fiber Laser Welding Machine 1500W 2KW 3KW ROBOT
Fiber Laser Welding Machine 1 Fiber Laser Welding Machine 2 Fiber Laser Welding Machine 3 Fiber Laser Welding Machine 4
The hand-held laser welding machine adopts a new generation of fiber lasers and is equipped with self-developed laser welding heads. It has the advantages of simple operation, beautiful weld seam, fast welding speed and no consumables. Welding of metal materials such as plates, iron plates and galvanized plates. It is 3-10 times the speed of conventional argon arc welding plasma welding, power consumption is 10-20% less than traditional process, save 2-3 labor costs.
Key Features
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Safety: The laser beam output control only works when the welding head touches the metal surface. It meets CE and safety standards.
Performance: Optimized welding beam energy distribution ensures the best spot for all welding needs.
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Material: Applicable to all kinds of complex welding, various devices, and 5mm sheet welds.
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Convenience: High flexibility with standard 5m or optional 8m optical fiber for extended reach.
Product Pictures
Product View 1 Product View 2
Laser Machine Details
Product Advantages
  • Simple operation: Easy to learn and use; achieve high-quality results quickly.
  • High welding efficiency: More than twice as fast as argon arc welding, saving labor costs.
  • No consumables: Welding can be completed without wire filling, reducing material costs.
  • Good welding effect: High energy density results in superior hot-melt welding quality.
  • Energy efficiency: Photoelectric conversion efficiency up to 30%, resulting in lower power consumption.
  • Convenient and flexible: No fixed workstation needed; offers a wide range of motion.
  • No polishing required: Smooth, continuous weld seams without fish scales or scars.
Advantage Comparison
Comparison Process Traditional Welding Fiber Laser Welding Our Advanced Laser Welding
Heat input to workpieceVery HighLowLow
Deformation of workpieceBigSmallSmall
Bond strengthGeneralGoodVery Good
Follow-upPolishRarely polishNo polish needed
Weld SpeedGeneral>2x Argon welding>2x Argon welding
ConsumablesHighSeldomSeldom
OperationComplexNormalSimple
Operator safetyUnsafeSafeSafe
Spot width adjustableNoNoYes
Welding qualityWorseNormalVery Good
Technical Parameters
No. Specification Detail Parameters
1Device NameHand held fiber laser welding machine
2Laser Power500W, 800W, 1000W, 2000W, 3000W
3Laser Wavelength1070 NM
4Fiber LengthStandard 10M (Support up to 15M)
5Working ModeContinuous / Modulation
6Welding Speed Range0~120 mm/s
7Water ChillerIndustrial thermostatic water tank
8Working Temp15~35 ºC
9Environment Humidity< 70% No condensation
10Welding Thickness0.5-3mm
11Welding Gap req.≤0.5mm
12Operating VoltageAC 220V
Welding Process 1 Welding Process 2
Industry Application
Widely used in complex and irregular welding processes for cabinets, kitchenware, stairs, elevators, shelves, ovens, stainless steel doors/windows, guardrails, electric cabinets, stainless steel furniture, and other industries.
Industry Applications
Frequently Asked Questions
Q1: How fast is fiber laser welding compared to traditional methods? A: Fiber laser welding is typically 3 to 10 times faster than traditional argon arc welding and plasma welding, significantly increasing production efficiency.
Q2: What materials can this machine weld? A: It is highly effective for welding various metal materials including stainless steel plates, iron plates, galvanized plates, and carbon steel.
Q3: Is it difficult to operate the handheld laser welder? A: No, the machine is designed for simple operation. It is easy to learn, and most operators can achieve high-quality results with very little training.
Q4: Does the machine require frequent maintenance or consumables? A: One of the major advantages is that it requires no consumables like welding wire in most cases, and its fiber laser source has a lifespan of over 20,000 hours.
Q5: Are the weld seams smooth enough to skip polishing? A: Yes, the laser welding process produces continuous, beautiful seams with no scars or fish scales, which eliminates or greatly reduces the need for subsequent polishing.
Q6: What safety features does the machine have? A: The machine includes a safety control system where the laser beam only activates when the welding head is in direct contact with the metal surface.

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