China Laser Machine Manufacturer & Supplier
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China Laser Machine Manufacturer & Supplier
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The Scotle QCW Fiber Laser Portable Spot Welding Machine is a compact, high-precision spot welding solution designed for thin stainless steel and delicate metal applications. Featuring QCW fiber laser technology, precise energy control, and a lightweight briefcase design, it delivers professional welding performance with excellent portability for workshops, on-site repair, and mobile fabrication
Why Choose This Scotle QCW Fiber Laser Portable Spot Welding Machine?
High-Precision QCW Fiber Laser Welding
Powered by quasi-continuous wave (QCW) fiber laser technology at 1080 ±5 nm, this machine delivers stable laser output with precise heat control, ensuring clean spot welds with minimal thermal impact.
Ideal for Thin Stainless Steel & Thin Metals
With up to 6 J single-pulse energy and pulse frequency up to 300 Hz, it is specially optimized for thin stainless steel and delicate metal parts, effectively reducing burn-through and material deformation.
Fully Adjustable Welding Parameters
Users can precisely adjust pulse frequency, modulation frequency, duty cycle, and single-pulse energy to match different materials, thicknesses, and welding requirements.
True Portable Briefcase Design
Weighing only 11.5 kg, the briefcase-style structure allows easy transport and quick deployment, making it ideal for workshops, on-site maintenance, and mobile welding tasks.
Touchscreen Control with Preset Programs
The 5-inch touchscreen controller supports up to 19 customizable welding programs, enabling fast process switching and consistent, repeatable welding results.
Flexible & Comfortable Operation
Supports both foot pedal control and manual inching control, providing operators with greater flexibility and comfort during precision spot welding.
Air-Cooled, Low-Maintenance System
The air-cooled design with integrated dust filter eliminates the need for water cooling, reducing maintenance while ensuring stable long-term operation.
Typical Applications
Thin stainless steel spot welding
Thin metal sheet welding
Advertising sign fabrication
Lighting product assembly
Precision metal parts manufacturing
DIY and small-batch metal fabrication
Technical Details – QCW Fiber Laser Portable Spot Welding Machine
| Item | Specification |
|---|---|
| Product Type | QCW Fiber Laser Portable Spot Welding Machine (Briefcase Series) |
| Laser Type | QCW Fiber Laser |
| Laser Wavelength | 1080 ±5 nm |
| Average Output Power | 300 W |
| Peak Power | 600 W |
| Max. Single-Pulse Energy | 6 J |
| Pulse Frequency | 1 – 300 Hz |
| Modulation Frequency | 1 – 5000 Hz |
| Laser Power Adjustment | 10% – 100% |
| Output Fiber Length | 2 – 3 m |
| Cooling Method | Air-cooled |
| Control Interface | 5-inch touchscreen controller |
| Program Storage | Up to 19 welding programs |
| Operation Modes | Inching control / Foot pedal control |
| Power Supply | AC 220 V, 50 Hz |
| Protective Gas Support | Supported |
| Machine Dimensions | 374.5 × 191 × 330 mm |
| Machine Weight | 11.5 kg |
| Structure | Portable briefcase-style design |
More Detailed Images of the Scotle QCW Fiber Laser Portable Spot Welding Machine
Yes. The Laser Spot Welding machine is suitable for precision jewelry repair and other delicate welding applications.
However, welding results for diamond prongs, settings, and small tips depend on the material, structure, thickness, and welding parameters. Since these specific applications have not been fully tested, we recommend sending us samples for a welding test before ordering.
The minimum laser spot size of the Scotle air-cooled desktop model is 0.2 mm.
The adjustable spot-size range varies depending on the machine model.
The machine is suitable for welding various metals and alloys, including:
Actual welding results depend on the material’s reflectivity, thermal conductivity, thickness, joint design, and welding parameters.
The reference welding depths vary by model:
These figures are reference values rather than guaranteed results. Actual welding depth depends on the material, joint structure, laser energy, pulse width, spot size, and operator technique.
Sample testing is recommended for applications with specific welding-depth requirements.
The machine supports argon or nitrogen shielding gas.
Shielding gas is recommended when:
The appropriate shielding gas should be selected according to the material and applicatio
The standard machine is primarily manually operated.
The operator positions the workpiece using the manual worktable, adjusts the focus, observes the welding area through the microscope or CCD display, and triggers the laser using the foot pedal.
Specifications may vary according to the selected configuration.
The machine does not include a pre-installed process library.
However, it supports saving and recalling user-defined welding parameters, making it easier to reuse settings for similar materials and applications.
Rotary-axis compatibility depends on the machine model, structure, and control system.
Some models may support an optional rotary fixture, while others do not. Please contact Scotle to confirm compatibility before ordering.
| Machine model | Screen size | Screen magnification | Microscope magnification |
|---|---|---|---|
| Scotle 200W air-cooled desktop model | 10.8 inches | Up to 25× | 10× |
| Scotle Mini7 air-cooled desktop model | 7 inches | Up to 20× | 10× |
| Scotle 200W water-cooled vertical model | 7 inches | Up to 20× | 10× |
Display and microscope specifications may vary according to the selected configuration.
The standard microscope has a fixed optical magnification and cannot be continuously adjusted.
Please contact Scotle if your application requires a different viewing configuration.
.
The CCD camera uses a 700 TVL imaging chip and provides a clear, real-time view of the welding area for positioning and precision jewelry repair.
The exact camera and display configuration may vary by machine model.
The standard optical lenses are manufactured in China and selected according to the machine’s optical-system requirements.
Both air-cooled and water-cooled models are available.
Please select the cooling method according to the machine model, working environment, and expected operating time.
The standard configuration generally includes:
The included accessories may vary by machine model and order configuration. Please refer to the final quotation and packing list.
Common consumables and replacement parts include:
The service life of the xenon lamp depends on the operating frequency, output energy, pulse width, cooling performance, and maintenance conditions.
There is no fixed replacement interval for every user.
The xenon lamp should be inspected and replaced according to its actual condition, operating frequency, output stability, and accumulated usage. Regular maintenance helps maintain stable welding performance.
Language availability depends on the machine model and controller version.
Please confirm your required operating language with Scotle before ordering.
Yes. Operators can adjust parameters such as laser energy, pulse width, frequency, spot size, and other available settings according to the material and welding requirements.
Parameter availability may vary depending on the model and control system.
Yes. Sample testing is recommended when you have specific requirements for welding depth, appearance, precision, material compatibility, or production efficiency.
Please send us the material information, thickness, application requirements, and sample photos. Physical samples can also be arranged for testing when necessary.
Fastest response within 2 hours
Professional engineering support
Factory-direct pricing
sales08@scotle.com
(86)13725576791
(86)18902847621
No.14, 2F, Building Y1, Bantian Street Creative Park, Longgang District, Shenzhen 518000 ,China (Mainland)
Fast response within 12–24 hours · Factory-direct support
