Description

The CHUANJIANG 24V laser module series represents a new generation of compact, lightweight laser systems designed for efficient high-power applications. Available in 260W, 280W, and 380W configurations, these modules feature 915nm wavelength output with fiber-coupled delivery in a significantly reduced footprint. Engineered for modern laser systems requiring excellent power-to-size ratios, these units deliver reliable performance with minimal space requirements.

Technical Specifications

Power Configurations Electrical Requirements Optical Performance
Available Power: 260W, 280W, 380W Operating Voltage: 24V DC Wavelength: 915nm ± 5nm
Output Type: Fiber-coupled delivery Operating Current: 22A Maximum Beam Quality: M² < 25
Fiber Length: Extended options available Power Input: 528W (380W model) Spectral Width: < 6nm FWHM
Power Stability: < ±3% with stable supply Driver Type: Constant Current Required Fiber Core Size: 200/220μm standard
Efficiency: > 45% wall-plug efficiency Control Interface: Analog 0-5V / PWM Numerical Aperture: 0.22 NA
Response Time: < 100ms rise/fall Safety Features: Over-current/temperature Connector Type: SMA905 standard
Modulation: Up to 50kHz capability Isolation: Recommended for sensitive systems Polarization: Random (unpolarized)
Mechanical Design Thermal Management Reliability Data
Dimensions: 120mm × 80mm × 40mm Cooling Requirement: Active heatsink MTBF: > 25,000 hours
Weight: 1.2 kg (without heatsink) Maximum Case Temp: 45°C Expected Lifetime: > 15,000 hours
Housing: Anodized aluminum alloy Operating Ambient: 10°C to 35°C Warranty Period: 12 months
Mounting: Standard M4 pattern Storage Temperature: -10°C to 50°C Quality Grade: Industrial
Protection: IP40 (basic dust) Humidity Range: 10-80% non-condensing Burn-in Testing: 24-hour minimum
Connectors: Waterproof electrical Heat Dissipation: > 200W (380W model) Performance Testing: Each unit verified
Fiber Protection: Reinforced jacket Thermal Interface: Required Calibration: Factory calibrated

Product Features

Compact Design Advantages Performance Benefits System Integration
70% smaller than previous generations Higher power density in reduced size Easy retrofitting into existing systems
Lightweight construction for portable apps Improved thermal management design Standard mounting patterns
Optimized internal layout Reduced electrical noise and interference Plug-and-play compatible
Space-saving for multi-head systems Better beam quality consistency Minimal alignment requirements
Improved cable routing Enhanced reliability through simplification Quick-connect electrical interfaces
Modern aesthetic design Lower operational costs Flexible orientation options
Reduced material usage Faster thermal stabilization Service-friendly access points
Application Versatility User Experience Features Quality & Durability
Material processing systems Simple installation procedure Military-grade components
Robotic laser integration Clear status indicators Vibration-resistant construction
Additive manufacturing Easy maintenance access Corrosion-resistant finishes
Medical device production Intuitive power adjustment Shock-absorbing mounting
Automotive applications Reliable performance monitoring Temperature-cycled testing
Aerospace components Consistent output characteristics Long-term stability validation
Research and development Minimal training requirements Batch consistency assurance

SKU Configuration Matrix

Power Level Options Fiber Configuration Complete Packages
SKU-CJ-260W-24V: 260W basic module SKU-FIBER-2M: 2-meter standard fiber SKU-PKG-BASIC: Module + basic heatsink
SKU-CJ-280W-24V: 280W optimized version SKU-FIBER-3M: 3-meter extended fiber SKU-PKG-PRO: Complete with driver + cooling
SKU-CJ-380W-24V: 380W high-power model SKU-FIBER-5M: 5-meter long fiber option SKU-PKG-DUAL: Two modules for combined power
SKU-CJ-260W-PLUS: Enhanced 260W features SKU-FIBER-ARMOR: Armored fiber version SKU-PKG-INDUSTRIAL: Full industrial solution
Accessory Components Control Systems Cooling Solutions
SKU-ACC-MOUNT: Universal mounting bracket SKU-CTRL-ANALOG: Simple analog controller SKU-COOL-AIR: Active air cooling system
SKU-ACC-ALIGN: Alignment tool kit SKU-CTRL-PWM: Digital PWM controller SKU-COOL-WATER: Water cooling kit
SKU-ACC-CLEAN: Optical cleaning supplies SKU-CTRL-ETHERNET: Network control option SKU-COOL-TEC: Thermoelectric cooler
SKU-ACC-CASE: Protective storage case SKU-CTRL-PANEL: Front panel interface SKU-COOL-HYBRID: Combined cooling system

Applications & Use Cases

Industrial Manufacturing Material Processing Specialized Systems
CNC laser cutting integration Plastic cutting and welding Robotic workcell integration
Automotive component marking Metal surface treatment Automated production lines
Electronics manufacturing Wood and composite processing Quality control systems
Tool and die production Leather and textile cutting Medical device manufacturing
Packaging industry marking Ceramic and glass engraving Aerospace component processing
Consumer goods production Food packaging marking Research laboratory setups
Performance by Power Level 260W Model 280W Model 380W Model
Cutting Capacity (Steel) 1-2mm 2-3mm 3-4mm
Engraving Speed High Very High Excellent
Welding Capability Light duty Medium duty Heavy duty
Power Consumption Low Moderate High
Cooling Requirements Basic Enhanced Advanced
System Cost Economical Balanced Premium
Application Range General purpose Versatile Professional

Installation & Operation

System Requirements Power Supply Setup Cooling Implementation
24V constant current driver Stable 24V DC source required Active heatsink mandatory
Adequate mounting surface Minimum 25A capacity recommended Temperature monitoring essential
Proper thermal interface Voltage regulation < 5% ripple Adequate airflow or liquid flow
Safety enclosure for Class 4 Proper circuit protection Thermal paste application
Infrared viewing capability Grounding and shielding Regular maintenance schedule
Adequate workspace Soft-start capability preferred Backup cooling consideration
Personal protective equipment Current monitoring capability Environmental temperature control
Step-by-Step Installation Operation Procedures Maintenance Schedule

  1. Apply thermal interface material | Start with 25% power setting | Daily: Temperature check

  2. Secure module to heatsink | Gradually increase to operating level | Weekly: Optical cleaning

  3. Connect power supply with correct polarity | Monitor temperature continuously | Monthly: Connection inspection

  4. Install fiber optic connection | Maintain below maximum temperature | Quarterly: Performance verification

  5. Connect control signals | Use infrared camera for beam viewing | Semi-annually: Complete system check

  6. Verify cooling system operation | Document operating parameters | Annually: Professional calibration

  7. Perform test power cycle | Establish regular maintenance log | As needed: Component replacement

  8. Calibrate power output | Train operators on safety procedures | Predictive: Based on operating hours

Technical Support

Documentation Provided Warranty Coverage Service Options
Complete technical manual 12-month comprehensive warranty Email technical support
Performance test certificates Defective component replacement Phone consultation service
Safety compliance documents Performance guarantee On-site installation support
Application guidelines Repair services available Remote diagnostic assistance
Integration best practices Extended warranty options Training programs available
Troubleshooting guides Priority support packages Firmware updates when applicable
Video tutorial access Spare parts inventory Application engineering services
Quality Assurance Testing Protocol Compliance Standards
100% unit testing Power output verification CE certification
Burn-in testing Thermal performance validation RoHS compliance
Environmental testing Beam quality measurement Laser safety Class 4
Vibration resistance test Long-term stability check Electrical safety standards
Component traceability Modulation response testing Industry-specific regulations
Batch consistency verification Fiber coupling efficiency test Export compliance
Customer satisfaction tracking Reliability life testing Quality management system

Package Contents

Standard Package Includes: Optional Accessories: Digital Resources:
CHUANJIANG laser module High-performance heatsink Digital user manual
Basic mounting hardware Constant current driver Technical specification sheets
Test report with performance data Extended fiber optic cable Safety guidelines PDF
Safety information booklet Cooling system components Application notes library
Storage and handling guide Protective enclosure Video tutorials
Warranty registration card Alignment and maintenance tools Software utilities
Quick start guide Carrying and storage case Firmware update files

Key Usage Notes:

  • 24V constant current power supply mandatory – DO NOT connect directly to batteries

  • Active cooling system required – temperature management critical for performance

  • Infrared wavelength (915nm) – requires camera or sensor for beam visualization

  • Professional installation recommended – technical expertise required for optimal setup

  • Regular maintenance essential – especially optical cleaning and thermal management

  • Safety compliance necessary – Class 4 laser requires appropriate safeguards

  • Performance optimization – proper calibration enhances efficiency and lifespan

For application-specific configurations, system integration assistance, or technical consultation, our engineering team provides expert support to ensure optimal performance of your laser system.

CHUANJIANG 24V High-Efficiency Laser Modules – 260W/280W/380W Compact Fiber-Coupled Systems

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    Description

    The CHUANJIANG 24V laser module series represents a new generation of compact, lightweight laser systems designed for efficient high-power applications. Available in 260W, 280W, and 380W configurations, these modules feature 915nm wavelength output with fiber-coupled delivery in a significantly reduced footprint. Engineered for modern laser systems requiring excellent power-to-size ratios, these units deliver reliable performance with minimal space requirements.

    Technical Specifications

    Power Configurations Electrical Requirements Optical Performance
    Available Power: 260W, 280W, 380W Operating Voltage: 24V DC Wavelength: 915nm ± 5nm
    Output Type: Fiber-coupled delivery Operating Current: 22A Maximum Beam Quality: M² < 25
    Fiber Length: Extended options available Power Input: 528W (380W model) Spectral Width: < 6nm FWHM
    Power Stability: < ±3% with stable supply Driver Type: Constant Current Required Fiber Core Size: 200/220μm standard
    Efficiency: > 45% wall-plug efficiency Control Interface: Analog 0-5V / PWM Numerical Aperture: 0.22 NA
    Response Time: < 100ms rise/fall Safety Features: Over-current/temperature Connector Type: SMA905 standard
    Modulation: Up to 50kHz capability Isolation: Recommended for sensitive systems Polarization: Random (unpolarized)
    Mechanical Design Thermal Management Reliability Data
    Dimensions: 120mm × 80mm × 40mm Cooling Requirement: Active heatsink MTBF: > 25,000 hours
    Weight: 1.2 kg (without heatsink) Maximum Case Temp: 45°C Expected Lifetime: > 15,000 hours
    Housing: Anodized aluminum alloy Operating Ambient: 10°C to 35°C Warranty Period: 12 months
    Mounting: Standard M4 pattern Storage Temperature: -10°C to 50°C Quality Grade: Industrial
    Protection: IP40 (basic dust) Humidity Range: 10-80% non-condensing Burn-in Testing: 24-hour minimum
    Connectors: Waterproof electrical Heat Dissipation: > 200W (380W model) Performance Testing: Each unit verified
    Fiber Protection: Reinforced jacket Thermal Interface: Required Calibration: Factory calibrated

    Product Features

    Compact Design Advantages Performance Benefits System Integration
    70% smaller than previous generations Higher power density in reduced size Easy retrofitting into existing systems
    Lightweight construction for portable apps Improved thermal management design Standard mounting patterns
    Optimized internal layout Reduced electrical noise and interference Plug-and-play compatible
    Space-saving for multi-head systems Better beam quality consistency Minimal alignment requirements
    Improved cable routing Enhanced reliability through simplification Quick-connect electrical interfaces
    Modern aesthetic design Lower operational costs Flexible orientation options
    Reduced material usage Faster thermal stabilization Service-friendly access points
    Application Versatility User Experience Features Quality & Durability
    Material processing systems Simple installation procedure Military-grade components
    Robotic laser integration Clear status indicators Vibration-resistant construction
    Additive manufacturing Easy maintenance access Corrosion-resistant finishes
    Medical device production Intuitive power adjustment Shock-absorbing mounting
    Automotive applications Reliable performance monitoring Temperature-cycled testing
    Aerospace components Consistent output characteristics Long-term stability validation
    Research and development Minimal training requirements Batch consistency assurance

    SKU Configuration Matrix

    Power Level Options Fiber Configuration Complete Packages
    SKU-CJ-260W-24V: 260W basic module SKU-FIBER-2M: 2-meter standard fiber SKU-PKG-BASIC: Module + basic heatsink
    SKU-CJ-280W-24V: 280W optimized version SKU-FIBER-3M: 3-meter extended fiber SKU-PKG-PRO: Complete with driver + cooling
    SKU-CJ-380W-24V: 380W high-power model SKU-FIBER-5M: 5-meter long fiber option SKU-PKG-DUAL: Two modules for combined power
    SKU-CJ-260W-PLUS: Enhanced 260W features SKU-FIBER-ARMOR: Armored fiber version SKU-PKG-INDUSTRIAL: Full industrial solution
    Accessory Components Control Systems Cooling Solutions
    SKU-ACC-MOUNT: Universal mounting bracket SKU-CTRL-ANALOG: Simple analog controller SKU-COOL-AIR: Active air cooling system
    SKU-ACC-ALIGN: Alignment tool kit SKU-CTRL-PWM: Digital PWM controller SKU-COOL-WATER: Water cooling kit
    SKU-ACC-CLEAN: Optical cleaning supplies SKU-CTRL-ETHERNET: Network control option SKU-COOL-TEC: Thermoelectric cooler
    SKU-ACC-CASE: Protective storage case SKU-CTRL-PANEL: Front panel interface SKU-COOL-HYBRID: Combined cooling system

    Applications & Use Cases

    Industrial Manufacturing Material Processing Specialized Systems
    CNC laser cutting integration Plastic cutting and welding Robotic workcell integration
    Automotive component marking Metal surface treatment Automated production lines
    Electronics manufacturing Wood and composite processing Quality control systems
    Tool and die production Leather and textile cutting Medical device manufacturing
    Packaging industry marking Ceramic and glass engraving Aerospace component processing
    Consumer goods production Food packaging marking Research laboratory setups
    Performance by Power Level 260W Model 280W Model 380W Model
    Cutting Capacity (Steel) 1-2mm 2-3mm 3-4mm
    Engraving Speed High Very High Excellent
    Welding Capability Light duty Medium duty Heavy duty
    Power Consumption Low Moderate High
    Cooling Requirements Basic Enhanced Advanced
    System Cost Economical Balanced Premium
    Application Range General purpose Versatile Professional

    Installation & Operation

    System Requirements Power Supply Setup Cooling Implementation
    24V constant current driver Stable 24V DC source required Active heatsink mandatory
    Adequate mounting surface Minimum 25A capacity recommended Temperature monitoring essential
    Proper thermal interface Voltage regulation < 5% ripple Adequate airflow or liquid flow
    Safety enclosure for Class 4 Proper circuit protection Thermal paste application
    Infrared viewing capability Grounding and shielding Regular maintenance schedule
    Adequate workspace Soft-start capability preferred Backup cooling consideration
    Personal protective equipment Current monitoring capability Environmental temperature control
    Step-by-Step Installation Operation Procedures Maintenance Schedule

    1. Apply thermal interface material | Start with 25% power setting | Daily: Temperature check

    2. Secure module to heatsink | Gradually increase to operating level | Weekly: Optical cleaning

    3. Connect power supply with correct polarity | Monitor temperature continuously | Monthly: Connection inspection

    4. Install fiber optic connection | Maintain below maximum temperature | Quarterly: Performance verification

    5. Connect control signals | Use infrared camera for beam viewing | Semi-annually: Complete system check

    6. Verify cooling system operation | Document operating parameters | Annually: Professional calibration

    7. Perform test power cycle | Establish regular maintenance log | As needed: Component replacement

    8. Calibrate power output | Train operators on safety procedures | Predictive: Based on operating hours

    Technical Support

    Documentation Provided Warranty Coverage Service Options
    Complete technical manual 12-month comprehensive warranty Email technical support
    Performance test certificates Defective component replacement Phone consultation service
    Safety compliance documents Performance guarantee On-site installation support
    Application guidelines Repair services available Remote diagnostic assistance
    Integration best practices Extended warranty options Training programs available
    Troubleshooting guides Priority support packages Firmware updates when applicable
    Video tutorial access Spare parts inventory Application engineering services
    Quality Assurance Testing Protocol Compliance Standards
    100% unit testing Power output verification CE certification
    Burn-in testing Thermal performance validation RoHS compliance
    Environmental testing Beam quality measurement Laser safety Class 4
    Vibration resistance test Long-term stability check Electrical safety standards
    Component traceability Modulation response testing Industry-specific regulations
    Batch consistency verification Fiber coupling efficiency test Export compliance
    Customer satisfaction tracking Reliability life testing Quality management system

    Package Contents

    Standard Package Includes: Optional Accessories: Digital Resources:
    CHUANJIANG laser module High-performance heatsink Digital user manual
    Basic mounting hardware Constant current driver Technical specification sheets
    Test report with performance data Extended fiber optic cable Safety guidelines PDF
    Safety information booklet Cooling system components Application notes library
    Storage and handling guide Protective enclosure Video tutorials
    Warranty registration card Alignment and maintenance tools Software utilities
    Quick start guide Carrying and storage case Firmware update files

    Key Usage Notes:

    • 24V constant current power supply mandatory – DO NOT connect directly to batteries

    • Active cooling system required – temperature management critical for performance

    • Infrared wavelength (915nm) – requires camera or sensor for beam visualization

    • Professional installation recommended – technical expertise required for optimal setup

    • Regular maintenance essential – especially optical cleaning and thermal management

    • Safety compliance necessary – Class 4 laser requires appropriate safeguards

    • Performance optimization – proper calibration enhances efficiency and lifespan

    For application-specific configurations, system integration assistance, or technical consultation, our engineering team provides expert support to ensure optimal performance of your laser system.

    Returns & Delivery

    When will my order be delivered?

    We ship worldwide. Your order will be packaged really carefully and delivered wherever you want. Delivery takes between 10-20 business days. You will receive an e-mail after ordering with more information about the delivery.

    Can I return my product?

    Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.

    What can I do if my item (or part of it) is damaged?

    We work hard to deliver your items without damage. Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.

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