MIG 280

Pulse MIG Welding Machines

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MIG-280 High Speed Pulse MIG Welding Machine

MIG-280 High Speed Pulse MIG Welding Machine

The MIG-280 is an advanced high-speed pulse MIG welding machine designed for professional welding applications. With its intuitive LED display, precise parameter adjustment, and speed feedback monitoring system, it delivers exceptional performance across a wide range of materials and welding scenarios.

Key Features & Benefits

Advanced Display System

Large LED display screen provides intuitive parameter visualization, allowing welders to monitor and adjust settings with greater precision and confidence during operation.

Precision Control

Enhanced parameter adjustment capabilities with wire feeder featuring speed feedback monitoring ensure consistent wire delivery and superior weld quality across various materials and thicknesses.

Versatile Welding Modes

Four comprehensive welding modes: manual welding, standard MIG/MAG welding, high-speed single pulse, and high-speed double pulse for optimal performance across different applications and materials.

Technical Specifications

Parameter Specification
Model MIG-280
Rated Input Voltage AC380V±10% 50Hz 3PH
Rated Input Power 9.2KVA
Rated Input Current 14A
Rated Load Duty Cycle 60%
Output Current Range 10~280A
No-load Output Voltage 70V
Power Factor ≥0.93
Efficiency ≥85%
Wire Diameter Ø0.8/Ø1.0/Ø1.2/Ø1.6mm
Gas Flow Rate 5~15L/min
Insulation Class F
Main Unit Dimensions 90.5×44.5×63.5cm
Main Unit Weight 48kg
Wire Feeder Dimensions 66×28.5×46.5cm
Wire Feeder Weight 21kg

Synergic Control System

The MIG-280 features an advanced synergic control system that automatically coordinates multiple welding parameters based on a single adjustment. Instead of manually setting voltage and wire feed speed separately, the synergic system links these parameters together, allowing welders to make adjustments with a single control.

Simplified Operation

The machine's computer precisely coordinates wire feed speed, voltage, and pulse parameters, creating an intuitive "one knob" control system that maintains optimal parameter relationships.

Consistent Quality

Automatic parameter coordination ensures consistent weld quality across different materials and thicknesses, reducing the possibility of operator error.

Reduced Setup Time

Quick setup and parameter adjustment allows for faster transitions between different welding tasks and materials, increasing overall productivity.

Control Panel Overview

The MIG-280 features a comprehensive control panel with intuitive organization and bilingual labeling:

Parameter Control

  • Dual adjustment knobs for voltage (V) and amperage (A)
  • Precise control over voltage, arc voltage, inductance, current, wire speed, and plate thickness
  • Complete welding process flow control from pre-gas to post-gas phases

Operation Modes

  • 2T: Standard two-stroke operation
  • Special 2T: Enhanced two-stroke operation
  • 4T: Four-stroke operation for longer welds
  • Spot Welding (点焊) and Continuous Spot Welding (连续点焊)

Welding Methods

  • Single Pulse (单脉冲) welding
  • Double Pulse (双脉冲) welding
  • Manual Welding (手工焊)
  • MIG/MAG Welding (气保焊)

Material Compatibility

The MIG-280 welding machine is engineered to work with a diverse range of materials, making it exceptionally versatile for various welding applications:

Carbon Steel

碳钢

Stainless Steel

不锈钢

Aluminum-Silicon

铝硅

Aluminum-Magnesium

铝镁

Copper & Copper Alloys

铜及铜合金

Other Non-ferrous Metals

其他有色金属

Wire Compatibility

The MIG-280 supports a wide range of wire diameters to accommodate various welding applications:

  • Ø0.8mm - For thin materials and delicate work
  • Ø1.0mm - For general-purpose welding applications
  • Ø1.2mm - For medium to heavy-duty applications
  • Ø1.6mm - For heavy-duty industrial applications

Applications

The MIG-280's versatile capabilities make it suitable for a wide range of welding applications:

Industrial Manufacturing

  • Heavy equipment fabrication
  • Production line welding
  • Large-scale metal fabrication

Specialized Materials

  • Aluminum fabrication (0.5-6mm thickness)
  • Stainless steel precision welding
  • Copper and copper alloy joining

Advanced Techniques

  • TIG-like fish-scale pattern welding
  • Spatter-free pulse welding
  • Precision control for critical applications

The machine's super double pulse technology is particularly effective for aluminum alloy workpieces with thickness of 0.5-6mm, creating high-quality welds with fish-scale pattern formation similar to TIG welding but with significantly higher efficiency.

Product Advantages

Performance

  • High Power Output: 60% duty cycle with output current range of 10-280A
  • Energy Efficient: High power factor (≥0.93) and efficiency (≥85%)
  • Superior Display: LED large display screen for intuitive parameter visualization

Versatility

  • Multiple Welding Modes: Four distinct welding methods
  • Material Compatibility: Works with various metals and alloys
  • Wire Diameter Range: Compatible with Ø0.8mm to Ø1.6mm wire

User Experience

  • Program Storage: Save up to 10 welding programs
  • Feedback System: Wire feeder with speed feedback monitoring
  • Comprehensive Controls: Intuitive interface with extensive parameter adjustment

Summary

The MIG-280 High Speed Pulse MIG Welding Machine represents an industrial-grade solution that balances power, precision, and user-friendly operation. With its advanced synergic control system, multiple welding modes, and comprehensive parameter adjustment capabilities, it delivers exceptional results across a wide range of materials and applications.

Key Highlights

  • Advanced LED display system with precise parameter adjustment
  • Wire feeder with speed feedback monitoring for consistent performance
  • Four versatile welding modes with program storage capability
  • Super double pulse welding for aluminum alloys up to 6mm thickness
  • Compatible with multiple materials including carbon steel, stainless steel, aluminum alloys, and copper

The MIG-280 excels in aluminum alloy welding, producing splash-free welds with TIG-like fish-scale patterns at higher efficiency. Its comprehensive control panel, feedback monitoring system, and versatile material compatibility make it an ideal solution for professionals seeking a high-performance welding machine for demanding industrial applications.

EN 60974-1: Welding Power Sources and Plasma Cutting Systems
EN 50199: Electromagnetic Compatibility (EMC) Standards
Low Voltage Directive (LVD)
Electromagnetic Compatibility (EMC) Directive

MIG Welding Machines Series

Explore our specialized range of MIG welding power sources engineered for versatility and performance. Our machines deliver consistent wire feeding, stable arc characteristics, and precise control for professional welding results across diverse applications.

Key Features

Advanced Technology

  • Synergic control systems for automatic parameter optimization

  • Multi-voltage capability for workshop and field use

  • Pulse MIG technology for reduced spatter and improved control

  • Digital displays for accurate parameter monitoring

Professional Design

  • Heavy-duty wire feeding mechanisms for consistent operation

  • Integrated wire spools with adjustable brake systems

  • 4-roll drive systems for reliable wire feeding

  • Quick-change polarity for easy transition between welding processes

Safety Features

  • Electronic overload protection for machine longevity

  • Thermal shutdown protection for critical components

  • Torch cooling systems for extended operation

  • EMC compliance for electrical safety standards

Applications

  • Automotive fabrication and repair

  • Sheet metal manufacturing

  • Structural steel fabrication

  • Production welding operations

  • Aluminum and stainless steel welding

  • Thin material applications

Technical Support

Our technical team provides comprehensive support including:

  • Wire and gas selection guidance

  • Drive roll configuration assistance

  • Process parameter optimization

  • Performance troubleshooting

Legal Notice

All specifications and features mentioned are subject to model variation. Product capabilities should be verified for specific applications. All trademarks mentioned are property of their respective owners.