Handheld 4 in 1 Fiber Laser Welder 1000W-3000W Portable Welding Equipment for Iron Steel Aluminum Copper Brass Metal Factory Direct Price

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Product Description

4 in 1 Laser Welding Cleaning Cutting Machine

Laser Welding: Precision. Strength. Perfection. This handheld laser welding machine utilizes a fiber laser with high photoelectric conversion efficiency. Equipped with a 10-meter imported optical fiber cable, it enables flexible outdoor welding. Suitable for complex welds and various components, it allows weld width adjustment to ensure smooth, flat, and attractive weld appearances. With no consumables, a compact size, low operating costs, and an intelligent wire feeder for large-weld products.

Handheld 4 in 1 Fiber Laser Welder 1000W-3000W Portable Welding Equipment
Handheld 4 in 1 Fiber Laser Welder Details
Product Overview

Widely applied in the sheet metal fabrication industry, kitchen & sanitary equipment sector, home appliance manufacturing, advertising equipment field, stainless steel door/window production, housewares industry, furniture manufacturing, and automotive components sector.

Fiber Laser Welder Application Design
Basic Info.
Model NO.HXSC1200/1500/2000/3000
ApplicationElectronic, Automotive, Manufacturing
Technical ClassContinuous Wave Laser
ControlManual
Power DensityDeep Fusion Welding
Laser ClassOptical Fiber Laser
TypePortable Welding Machine
Laser GeneratorContinuous Fiber Laser
Packaging & Delivery
Package Size110.00cm * 110.00cm * 100.00cm
Package Gross Weight150.000kg
Technical Parameter
Handheld Laser Welding Machine Specs Welding Ability & Cooling Details
Machine Name Handheld laser welding machine Weld Seam Requirements ≤1.6 mm
Laser Generator Continuous fiber laser Material Thickness 0.3 - 8.0 mm (Depending on power)
Laser Power 1200W/1500W/2000W/3000W Welding Material CS / SS / COPPER / ALU/ALLOY METAL
Laser Control Mode PC automatic control Cooling System Type Dual temperature dual control
Output Power Range 10 - 100% Cooling Water Temp. Laser at ≤25℃, QBH Room temperature
Laser Wavelength 1080 ± 10 nm Cooling Water Type Deionized water or distilled water
Fiber Length 10 m Scanning Speed 50-5000 mm/s
Welding Joint Swinging welding head Scan Width 0 - 5 mm
Welding Mode Spot/Continuous welding Welding Gun Weight 750 g
Operating Environment Temp 5 - 40℃, Humidity <70% Electricity Needs AC220V(380V) / 50HZ60A
Fiber Laser welding parameter schema
Key Features & Advantages
High Photoelectric Efficiency Welder
1
High Photoelectric Efficiency
Utilizes fiber laser technology with superior electro-optical conversion efficiency.
2
Enhanced Flexibility
Equipped with 10m high-quality fiber optic cable for outdoor welding applications.
3
Versatile Welding Capability
Processes complex weld seams, spotwelding, and seam welding across diverse components.
4
Precision Alignment System
Integrated red beam indicator enables accurate observation and positioning.
5
Adjustable & Aesthetic Welds
Customizable seam width; produces smooth, flat, visually appealing welds with broad applicability.
6
Multi-Mode Welding
Selectable welding modes compatible with various materials and complex geometries.
Precision alignment and aesthetic welds
Advanced cooling laser system
7
Advanced Cooling Technology
Purified cooling medium extends component lifespan and simplifies maintenance.
8
Eco-Friendly Precision Processing
Zero pollution, minimal heat-affected zone (HAZ), and negligible deformation.
9
Compact & Cost-Efficient
No consumables required. Compact design enables flexible operation with low running costs.
10
Intelligent Wire Feeding
Compatible with smart wire feeder for robust large-seam welding and expanded applications.
Compact design laser welder cost effective
Laser Welding vs Traditional Welding
Project Name Handheld Laser Welding Machine Traditional Welding
Employment Cost Easy to operate, low labor cost Difficulty in recruiting, high labor cost
Physical Harm Low radiation, less occupational disease, low physical harm Occupational disease, obvious physical harm
Welding Speed 4 times faster than argon arc welding Slow speed, low efficiency
Products Material Utilization Material utilization 80% - 90% More scrap, Material utilization about 50%
Thermal Impact Energy saving, with small thermal impact on welding Large thermal impact, power consumption large
Welding Deformation Small, not deformed Large deformation amount
Welding Quality The weld is beautiful, dense, strong, no weld dent or pool, without grinding or polishing The weld is coarse and irregular, needs to be polished
Welding Environment No smoke, no arc light, high safety Odorous gas, arc light
Learning Difficulty New hands: ½ hour to learn machine operation Needs professional technicians, high technical requirements
Product Gallery
Frequently Asked Questions
Q1. Can I get samples?
Yes, you can. We support sample processing requests to verify the high quality of our laser welding results.
Q2. Can I use my own logo or design on the products?
Yes, we provide extensive OEM/ODM services; your custom logo and specific structural designs can be applied to the laser equipment.
Q3. Do you have a professional manufacturing facility?
Yes, we operate a highly specialized production factory. You are welcome to visit our manufacturing lines. We offer comprehensive, direct OEM/ODM customization services to customers worldwide.
Q4. What is the production capacity of your factory?
Our scalable monthly production capacity is equivalent to 300 sets of handheld welding systems and 100 sets of automated laser welding platforms.
Q5. When will the ordered equipment be shipped?
Standard models are kept in stock and are ready to ship within 5 business days. Tailored or customized equipment solutions usually require about 30 days for complete fabrication, testing, and preparation.
Q6. How fast is the handheld laser welding compared to traditional techniques?
The continuous fiber laser welding process operates up to 4 times faster than traditional argon arc welding methods. This substantially cuts down production times, lowers energy demands, and minimizes the heat-affected zone.

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