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  • Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
  • Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
  • Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
  • Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
  • Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
  • Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed
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Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed

$19290.00-$19290.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Cutting & Engraving: Equipped with a 3000W fiber laser source, the machine delivers high-power, pulsed operation for precise cutting and engraving of thick metals, wood, plastics, and other materials.
  • 3-Axis CNC Control: Enables complex path programming for intricate designs, ensuring accuracy in prototyping, manufacturing, and large-scale production.

Key features

  • 1. Advanced Material Compatibility & Cutting Power

  • With a 3000W fiber laser source and water-cooled system, cut through thick metals, wood, and plastics with precision, outperforming traditional CO2 laser machines*. The crystal/glass-compatible design ensures versatility for diverse industrial applications.

  • 2. Precision 3-Axis CNC Control System

  • With a 3-axis CNC system and pulsed operation mode, program complex cuts and engravings effortlessly, reducing setup time by up to 30%* compared to manual systems. Ideal for intricate patterns in automotive or aerospace prototyping.

  • 3. High-Speed, Continuous Operation

  • With water-cooled cooling and 3000W power, maintain high-speed cutting for extended periods, boosting output by ~20%* over air-cooled models. Perfect for commercial-scale production of sheet metal and tubing.

  • 4. Multi-Material Adaptability

  • With compatibility for metals, wood, leather, plastics, and more, switch seamlessly between prototyping, small-batch production, and large-scale manufacturing across industries like furniture and electronics.

  • 5. EU-Compliant Safety & Sustainability

  • With CE and EPR (Germany) certifications, ensure compliance with EU safety and environmental standards, reducing regulatory risks for commercial users.

Product details

Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine Thick Metal Cutting Heavy Lathe Runs Smoothly at High Speed

The Max 3000W Laser Source YYC Rack Fiber Laser Cutting Machine is an industrial-grade CNC system designed for precision cutting and engraving across diverse materials, including thick metals, wood, plastics, and composites. Equipped with a 3-axis configuration and water-cooled fiber laser technology, it delivers high-speed, low-waste production while meeting rigorous safety and compliance standards (CE, EPR Germany).


Technical specifications

FeatureSpecificationApplication Scenario
Laser SourceMax 3000W fiber laser (pulsed mode)Cutting 20mm steel, 50mm wood, or intricate patterns
Cooling SystemHigh-efficiency water coolingMaintains optimal performance in continuous operation
CertificationsCE, EPR Germany PackingEnsures compliance for EU and global markets
Material CompatibilityMetals, wood, plastics, composites, leatherVersatile for automotive, aerospace, and prototyping
Precision Control3-axis CNC with 0.02mm accuracyComplex 3D designs and high-precision parts
File SupportDXF, DXP, PLT, BMPSeamless integration with CAD/CAM workflows

Customization guide

Adjustable parameters include:

  • Laser Power Output: Tailor 3000W capacity for thin materials (e.g., paper) or heavy-duty tasks (e.g., 20mm steel).
  • Cooling Efficiency: Optimize water-cooling cycles for high-speed or extended runtimes.
  • Bed Size/Configuration: Expandable cutting area to handle large sheets or tube materials.

Get inspired

With the Max 3000W fiber laser, you can achieve precision cuts on thick metals at speeds 30% faster than traditional CO₂ lasers. Its water-cooled system ensures stable performance even during marathon production runs, while compatibility with 12+ materials makes it ideal for prototyping, signage, and industrial fabrication.


Choose your model

ParameterBase ModelAdvanced ModelPro Model
Laser Power2000W+25% (2500W)+50% (3000W)*
Cutting Speed1m/min+20% (1.2m/min)+40% (1.4m/min)
Accuracy0.02mm0.01mm0.005mm
Bed Size1500x900mm2000x1200mm2500x1500mm
CertificationsCECE + RoHSCE + EPR Germany

Supplier's note

  1. Technical Breakthroughs:

    • 3000W Fiber Laser: The Pro model’s triple-industry-standard power enables cutting 20mm steel plates at 1.4m/min—ideal for heavy industrial applications.
    • Water-Cooled Efficiency: Reduces thermal distortion by 40% compared to air-cooled systems, ensuring precision in continuous operation.
    • 3-Axis CNC Accuracy: The Pro’s 0.005mm resolution allows micro-engraving on medical or aerospace components.
  2. Version Selection Guide:

    • Base Model: Best for SMEs needing cost-effective prototyping or small-batch production (e.g., woodworking shops).
    • Advanced Model: Targets mid-scale manufacturers requiring RoHS compliance and faster speeds for automotive or electronics parts.
    • Pro Model: Designed for heavy industrial users (e.g., aerospace, defense) needing high-power, thick-metal cutting with EU export certifications.

Pro Model’s 3000W output exceeds industry benchmarks by 50%, enabling seamless processing of 20mm steel—a capability unmatched in competing 2000W systems. Pair this with its 0.005mm accuracy to create precision parts for turbine blades or medical devices.

Frequently asked questions

  • Which laser cutting machine model suits heavy-duty metal fabrication shops?

  • How does the water-cooled system improve performance for continuous thick metal cutting?

  • Can this machine handle both metal and wood engraving for mixed-material projects?

  • What certifications ensure safety and compliance for EU-based workshops?

  • How does the 3-axis configuration enhance cutting accuracy for complex designs?

  • Can I import CAD files directly for laser cutting without conversion?

  • What maintenance is required for the laser head after frequent metal cutting?

  • Is the Max 3000W laser suitable for small-batch production runs?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Laser PowerHeavy industrial cutting, thick metal fabricationIndustry Standard: 2000W (Common for mid-tier machines)
Our Base: 2500W (Handles 20mm steel)
Our Advanced: 3000W (▲▲▲) (Cuts up to 30mm steel)
▲▲▲ Higher power enables thicker material processing
Energy-efficient fiber laser
Higher power increases cost and requires robust infrastructure
Cooling SystemContinuous high-power operationIndustry Standard: Air-cooled (Limited to 1500W)
Our Base/Advanced: Water-cooled (▲) (Maintains 30°C stability under load)
▲ Superior heat dissipation for uninterrupted operation
Lower downtime
Requires regular coolant maintenance and space for water tanks
Material CompatibilityDiverse prototyping & productionIndustry Standard: Metals/plastics
Our Base/Advanced: 15+ materials (▲) (Crystal, glass, leather, MDF, etc.)
▲ Versatile for cross-material projects
Universal applicability
Requires material-specific calibration for optimal results
Axis ConfigurationComplex 3D cutting, curved surfacesIndustry Standard: 3-axis (Flatbed)
Our Advanced: 3-axis + Rotary Attachment (▲) (Enables tube cutting)
▲ Expands use cases (e.g., pipes, cylinders)
Reduces post-processing steps
Adds complexity to setup and programming
PrecisionHigh-accuracy engraving, medical partsIndustry Standard: ±0.1mm
Our Base: ±0.08mm
Our Advanced: ±0.05mm (▲▲) (ISO 230-2 certified)
▲▲ Meets aerospace/medical-grade tolerances
Sharp edge quality
Higher precision demands specialized calibration
SpeedMass production, automotive partsIndustry Standard: 10–15m/min
Our Base: 20m/min
Our Advanced: 25m/min (▲▲) (3000W + optimized optics)
▲▲ 60% faster throughput than competitors
Lowers per-unit costs
Speed may reduce slightly for thicker materials
CertificationsEU/Global market complianceIndustry Standard: CE
Our Base/Advanced: CE + EPR (Germany) (▲) (Recycling compliance)
▲ Streamlines EU exports
Enhances brand credibility
Compliance adds upfront certification costs

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