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IGBT Air Cooling Cold Welding Machine 2.0mm Sheet Precision Cold Welding Machine for Metal Plate Welding
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IGBT Air Cooling Cold Welding Machine 2.0mm Sheet Precision Cold Welding Machine for Metal Plate Welding
| Brand Name: | GENWELD |
| Model Number: | LW-J100 |
| MOQ: | 5 sets |
| Delivery Time: | 20 work days |
Detail Information
Place of Origin:
Chonqing
Certification:
CE
Model:
LW-J100
Input Voltage:
AC 220V
Input Current:
2A
Input Power:
1000W
Welding Plate Thickness:
0.12-2.0mm
Outline Size:
220*420*275mm
Net Weight:
20kg
Packaging Details:
Carton
Supply Ability:
1000sets per month
Highlight:
IGBT Cold Welding Machine
,2.0mm Sheet Precision Welding Machine
,1000W Cold Welding Machine
Product Description
LW-J100 Metal Sheet Intelligent Precision Non-Deformation Cold Welding Machine
The LW-J100 is a new-generation cold welding machine developed specifically for the metal sheet industry, designed to weld metal plates ranging from 0.12 mm to 2.0 mm in thickness. Compact and highly efficient, it can be operated quickly even by users with no prior welding experience. Solder joints are silver-white, eliminating the need for post-weld polishing.
Technical Specifications
| Device Model | LW-J100 | Product Size (mm) | 220 × 420 × 275 |
| Product Weight | 20 kg | Control Method | CPU |
| Input Voltage | 220 V | Argon Delay Time (s) | 10 |
| Minimum Current | 2 A | Welding Thickness (mm) | 0.12 – 2.0 |
| Input Power | 1000 W | Function Selection | 1–4 gear |
| Cooling Method | Air-cooling | Welding Gun Method | Manual / Pedal |
| Internal Power Supply | IGBT | Protection Level | IP40 |
Performance Characteristics
| Low Welding Temperature | The welding temperature is low enough to be touched by hand. Welded plates are not deformed or undercut. |
| Wide Welding Thickness | Plate thickness from 0.12 mm to 2.0 mm can be welded. |
| Versatile Welding Materials | Weldable profiles include stainless steel, thin iron, copper, and aluminum. |
| Smooth, Beautiful Weld Seam | The weld seam is smooth with a silvery-white fish-scale appearance — no undercut, no deformation, a minimum seam width of approximately 1 mm, and no heat-affected zone. |
| Low Operating Cost | Uses ordinary argon, with consumption at only one-fifth that of argon arc welding. |
| Labor Cost Savings | Anyone with or without welding experience can get started quickly. Operation is simple and convenient — no professional welder required. |
| Deep Welding Penetration | Post-weld penetration depth is several times greater than that of laser welding and reaches or exceeds the penetration depth of argon welding. |
| Convenient CPU Chip Control | Utilizes German-original CPU control for more convenient welding temperature adjustment. For example, a 1 mm plate can be welded on one side and formed on both sides, or the front side can be welded with no color penetration on the back. |
Comparison: Cold Welding vs. Laser Welding vs. Argon Arc Welding
| Comparison Item | LW-J100 Thin Plate Cold Welding Machine | Laser Welding | Traditional Argon Arc Welding |
|---|---|---|---|
| Welding Repair Temperature | Low | Low | High |
| Welding Thickness | 0.12 – 2.00 mm | 0.1 – 0.8 mm | Minimum 0.6 mm; welding not possible under 0.5 mm |
| Operator Technical Requirements | Quick to learn with or without experience | 1-month study period | Professional welder required |
| Features | Accurate output energy, no undercut, no deformation | Weldment is more restricted by the welding machine fixture and operating table | Large output energy; weldment deformation and discoloration are severe |
| Weld Scars & Seams | Smooth seam, small scars, no polishing needed, silvery white | Smooth seam, small scars, no polishing needed, silvery white | Uneven seam, scars require polishing, dark brown |
| Argon Consumption | One-fifth of the argon used in argon arc welding | Requires pure argon | Large amount of argon |
Product Photos
