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Cheap Engine Driven Harbor Freight Mobile Types of Welders Equipment Small Laser Welding Machine Price Laser Welder for Sale

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Laser Welding: Equipped with a fiber laser source (1080nm wavelength) for high-accuracy welding of metals, plastics, and composites, ideal for applications requiring minimal thermal distortion.
  • Versatile Power Options: Adjustable output power (1000W–3000W) enables adaptation to diverse tasks, from delicate micro-welding to heavy-duty industrial applications.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metal body (stainless steel/aluminum), ensure long-lasting durability in industrial environments. ~30% lighter than traditional steel models*

  • 2. Interactive Design

  • With an intuitive digital control panel featuring a user-friendly interface and programmable presets, adjust settings quickly and precisely. 20% faster setup than models with analog controls*

  • 3. Performance Parameters

  • With up to 3000W output power and a 1080nm wavelength, achieve precise welds on thick materials with minimal heat distortion. 50% higher power than entry-level models*

  • 4. Scenario Solutions

  • With a compact, mobile design and water cooling system, easily integrate into small workshops or field operations. 40% smaller footprint than comparable industrial models*

  • 5. Certification Standards

  • With built-in safety features like a protective hood and fiber laser technology, comply with OSHA safety standards for industrial equipment. Safety-certified design*

Product details

Cheap Engine Driven Harbor Freight Mobile Types of Welders Equipment Small Laser Welding Machine Price Laser Welder for Sale

The XWH-2000 laser welding machine is a compact, high-precision fiber laser welder designed for industrial applications. With adjustable power outputs (1000W to 3000W), water cooling for sustained performance, and a safety-focused design, it offers versatility for welding metals, plastics, and composites. Its mobile setup and user-friendly interface make it ideal for workshops, automotive repair, and electronics manufacturing.

Technical specifications

FeatureSpecificationBenefit
Cooling SystemWater CoolingEnsures stable operation during prolonged use.
Max Output Power1000W/1500W/2000W/3000WCustomizable power for diverse material thicknesses.
Wavelength1080nmPrecision welding with minimal heat distortion.
Material CompatibilityMetals, Plastics, CompositesVersatile for multiple industries.
Safety FeaturesProtective HoodShields against laser radiation and heat.
PortabilityCompact DesignEasy to move and integrate into workflows.

Customization guide

Adjustable power output levels (1000W to 3000W) to meet specific welding requirements. Optional material handling systems (e.g., robotic arms) and software integration for automated workflows.

Get inspired

The XWH-2000 combines precision, efficiency, and affordability. With fiber laser technology at 1080nm, you can achieve clean, distortion-free welds on thin materials. Its water cooling system ensures reliability even during long shifts, while the safety hood protects operators in industrial settings.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Output Power1000W1500W (+50%)3000W (+200%)*
Material Thickness CapacityUp to 2mmUp to 4mmUp to 6mm
Cooling EfficiencyStandardEnhanced (+20%)Premium (+40%)
Safety FeaturesBasicAdvancedPremium

Supplier's note

  1. Technical Breakthroughs:

    • Fiber Laser Precision: At 1080nm, the wavelength ensures minimal heat distortion, ideal for delicate materials.
    • Water Cooling System: Maintains stable performance even during continuous operation, outperforming air-cooled models by 30% in efficiency.
    • Safety Redesign: The protective hood reduces radiation exposure by 50%, exceeding OSHA safety standards.
  2. Version Selection Guide:

    • Base Model (1000W): Best for small workshops or prototyping tasks requiring up to 2mm material thickness.
    • Advanced Model (1500W): Suitable for medium-scale production (e.g., automotive parts) with 4mm material capacity.
    • Pro Model (3000W): Designed for heavy industrial use, handling 6mm materials and offering 40% faster processing than traditional CO₂ lasers.

With the Pro’s 3000W output, you can weld thick aerospace alloys or automotive components with ease. The Advanced Model’s 1500W is perfect for balancing cost and performance in mid-sized factories. For hobbyists or small businesses, the Base Model’s 1000W provides a cost-effective entry point.

Frequently asked questions

  • Which XWH-2000 laser welding machine model suits small workshops?

  • How to clean the water cooling system of the XWH-2000 laser welder?

  • Fiber laser vs CO₂ laser: Which is better for thin metal welding?

  • Can the XWH-2000 laser welder handle plastics and composites?

  • Which XWH-2000 model is best for high-volume automotive parts production?

  • Does the XWH-2000 laser welder comply with industrial safety standards?

  • Can I customize the XWH-2000 with robotic arms or conveyor systems?

  • What materials can the XWH-2000 laser welder process?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Cooling SystemIndustrial manufacturing, 24/7 operationsWater-cooled (ISO 9001 certified thermal efficiency)▲▲▲ Superior heat dissipation for sustained high-power operationRequires regular coolant maintenance (vs air-cooled systems)
Power OutputHeavy-duty welding, thick materials3000W (Advanced) / 2000W (Base) vs Industry Standard 1000W▲▲▲ Handles 8mm steel (ASTM A36) vs Standard’s 4mm limitHigher energy consumption (Base: 1500W ▲ Advanced: 3000W)
Wavelength PrecisionElectronics, thin materials1080nm fiber laser (±0.5nm stability per IEC 60825)▲▲ Ideal for reflective metals (e.g., aluminum) without distortionLimited to non-transparent materials (e.g., glass)
Spot Size AccuracyMicro-welding, medical devices0.05mm focal spot (ISO 11260 compliance)▲▲▲ 50% finer detail than Industry Standard’s 0.1mmRequires precise material alignment (training needed)
Material CompatibilityMixed-material assemblies15+ materials (metals, plastics, composites per ASTM E1125)▲▲▲ Versatile for automotive/aerospace composites vs Standard’s 8 materialsHigher cost for specialty nozzles (e.g., for ceramics)
Safety FeaturesWorkshop environmentsTriple-layer shielding (EN 60825-1 certified) + emergency stop interlock▲▲▲ 99.9% UV/IR radiation blockage vs Standard’s 95%Heavier design (25kg ▲ vs Standard’s 18kg)

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