660nm VCSEL Laser Diode SMD | Red Light Therapy & Beauty Light Source

    Available Format: Engineering Evaluation Kit (10 pcs / pack)

    Output Power:
    Encapsulation:
    Sale price $29.90 -100% Regular price
    Regular price $29.90

    In Stock,Dispatches within 48 Hours via Global Express (3-Day Delivery)

    Kit Configuration: 10× Laser Devices secured in Industrial ESD-Safe Shielding Packaging.

    660nm VCSEL Laser Diode SMD | Red Light Therapy & Beauty Light Source
    Sale price $29.90 Regular price
    Regular price $29.90
    📑 Quick Navigation: Overview | Applications | Specifications | Comparison | FAQs

    Understanding the 660nm Laser Diode

    🧠 About This Product

    660nm VCSEL (Vertical-Cavity Surface-Emitting Laser) Laser Diode SMD delivers precise wavelength, concentrated beam output, and compact SMD packaging, making it ideal for red light therapy, beauty devices, skin rejuvenation, and professional wellness applications. Available in 3 standard SMD package sizes (2835/5730/2016), these laser diodes support easy integration into beauty masks, skincare devices, and wellness equipment. We provide flexible packaging options and custom solutions to meet your needs from prototyping to mass production.

    💡 Application Scenarios

    • Red Light Therapy & Beauty
      Promotes collagen production and skin rejuvenation. Suitable for LED face masks, beauty devices, and professional skincare equipment. Learn more →
    • Skin Rejuvenation & Anti-Aging
      Professional beauty salon equipment and home skincare devices. Suitable for anti-aging treatments and skin health applications.
    • Professional Wellness Devices
      Clinical-grade wellness systems for professional use. Ideal for medical aesthetics institutions and wellness centers.
    • Home Beauty Devices
      Integrates into home beauty devices, handheld skincare tools, and wearable wellness equipment for convenient therapy.
    • Additional Applications
      PPG sensors, biometric systems, compact SMD design suitable for space-constrained applications requiring reliable laser output.

    🎯 Need Custom Specifications?

    We provide flexible packaging solutions and custom specifications, including custom wavelength, power, package size, and array configurations for professional applications.

    💡 Questions? Email sales@1onelaser.com or visit our Datasheets Center & Order Evaluation Kit

    Technical Specifications

    📊 Technical Parameters

    Parameter Range / Value
    Center Wavelength 660nm (±5nm), supports ±2nm precision binning
    Output Power 4.0-7.2mW @ 10mA (Typ 5.0mW)
    Divergence Angle Approx. 18-23°
    Operating Voltage 2.2-3.0V (typ 2.6V) @ 10mA
    Threshold Current 1.5-4mA
    Die Size Approx. 7-8mil × 7-8mil (≈178-203μm)
    Wall-Plug Efficiency Significantly higher than traditional LEDs, typical value 20-24%
    Operating Temperature Range 0°C ~ +50°C
    Package Type SMD (2835 / 5730 / 2016)
    Compliance Standards RoHS, REACH, HF (Halogen-Free); can support medical device certification processes with required quality/consistency/compliance documentation (subject to project requirements)

    🌟 Product Advantages

    • Precise Wavelength
      Default ±5nm binning range, optional ±2nm precision customization. Improves photobiomodulation consistency and is suitable for red light therapy and beauty applications requiring high standards.
    • High-Efficiency Output
      Wall-plug efficiency of 20-24%, significantly higher than traditional LEDs (10-15%), delivering same brightness with lower power consumption.
    • Symmetrical Far-Field Pattern
      Symmetrical far-field (typically donut-shaped), which may simplify optical design depending on application. Ideal for precision beauty and wellness devices.
    • Ready-to-Use SMD Package
      Standard SMD packaging (2835/5730/2016) enables direct PCB mounting and automated assembly. Significantly reduces integration time and manufacturing costs compared to bare die solutions.
    • Flexible Package Options
      3 standard SMD package sizes available to match different design requirements and space constraints. Suitable for compact beauty devices and professional equipment.
    • Concentrated Beam
      18-23° divergence angle provides concentrated output for precision beauty applications. Significantly improves energy utilization efficiency.
    • Low Threshold Drive
      1.5-4mA threshold current, compatible with battery-powered and low-power systems. Ideal choice for portable beauty devices.
    • Industrial-Grade Quality Control
      Complies with RoHS / REACH / HF environmental standards, suitable for beauty devices, wellness equipment, and professional skincare systems. Can support medical device certification processes with required quality/consistency/compliance documentation (subject to project requirements).
    • Compact Design
      Small die size (7-8mil × 7-8mil) in standard SMD packages facilitates integration into space-constrained applications and portable devices.

    📦 Package Selection Guide

    Package Size Recommended Applications
    2016 Ultra-compact beauty devices, wearable skincare tools, space-constrained applications
    2835 Standard LED face masks, handheld beauty devices, general-purpose applications
    5730 Professional beauty equipment, clinical wellness systems, high-reliability applications, thermal management priority

    💡 Need custom package sizes or specifications?
    We provide flexible packaging solutions and custom specifications. Visit our Custom & ODM Services page to discuss your specific requirements.

    Product Comparison

    🔬 Why Choose VCSEL Over LED?

    Technology Comparison Table

    Comparison Item VCSEL (660nm SMD) LED (660nm SMD) VCSEL Advantage Summary
    Beam Divergence Angle 18-23° 120° Concentrated divergence angle, simpler system design
    Beam Shape Symmetrical (donut-shaped) Diffused light Better suited for wearable and beauty device integration
    Tissue Penetration Depth Achieves deeper effective illumination Shallower penetration depth More concentrated illumination, better consistency (system design dependent)
    Energy Utilization Higher (more concentrated, coherent) Lower (wide-angle diffusion) VCSEL energy more concentrated
    Wall-Plug Efficiency 20-24% 10-15% VCSEL higher than LED, more cost-effective
    Drive Current 1.5-4mA (Ith) 15 – 30mA Lower power consumption, better for portable devices
    Wavelength Tolerance ±5nm (optional ±2nm) ±20~30nm VCSEL better suited for precision phototherapy
    Package Form SMD (2835/5730/2016) Mostly SMD surface mount Multiple package options for different applications

    💡 Tip: Swipe left/right on mobile devices to view complete table

    Core Advantage Interpretation

    • Superior Beam Quality
      18-23° divergence angle, concentrated output for precision beauty applications, significantly improved energy utilization efficiency.
    • Deeper Effective Illumination
      Under the same power density and optical design, VCSEL's narrow divergence and more concentrated energy distribution typically deliver better illumination utilization efficiency and consistency (specific effects depend on system design).
    • Higher Efficiency
      20-24% higher conversion efficiency than LEDs (10-15%), suitable for battery-powered beauty devices.
    • More Precise Wavelength
      ±5nm tolerance (optional ±2nm), far superior to LED's ±20-30nm, ensuring consistent red light therapy results.
    • Flexible Package Options
      3 standard SMD package sizes (2835/5730/2016) facilitate integration from compact portable devices to professional clinical systems.
    • Easy Integration
      Standard SMD packaging enables direct PCB mounting and automated assembly, reducing manufacturing complexity and costs.

    Frequently Asked Questions

    ❓ FAQ

    Q1: What's the difference between 660nm VCSEL and LED in red light therapy effectiveness?

    A: Under the same power density and optical design, VCSEL's narrow beam (18-23°) and more concentrated energy distribution typically deliver better illumination utilization efficiency and consistency. Specific effects depend on system design, power density, and application scenario.

    Q2: Can these be used in medical devices?

    A: Yes. Our 660nm VCSEL laser diodes comply with RoHS / REACH / HF environmental standards and can support medical device certification processes with required quality/consistency/compliance documentation (subject to project requirements).

    Q3: How can I obtain samples?

    A: Standard model laser diodes can be requested online through our Datasheets Center & Order Evaluation Kit page to submit your request. Evaluation Kits are available for qualified projects and applications. Pricing and availability will be confirmed based on your specific requirements.

    Q4: Do you support custom wavelength and power?

    A: Yes. We support flexible NRE development services for customized wavelength, power, divergence angle, package type, and array structure for professional applications. Please fill out the customization form on our Custom & ODM Services page or email us directly at sales@1onelaser.com.

    💡 Ready to Integrate 660nm VCSEL Technology?

    Explore how our 660nm VCSEL laser diodes can enhance your red light therapy or beauty device performance. Download technical datasheet from our Datasheets Center & Order Evaluation Kit.

    Questions? Email sales@1onelaser.com

    What is a 660nm Laser Diode?

    The 660nm laser diode is a type of VCSEL (Vertical-Cavity Surface-Emitting Laser) known for its effective use in red light therapy. It emits deep red light that penetrates the skin, promoting healing and rejuvenation. This wavelength is particularly effective because it can enhance cellular function, increase blood flow, and aid in pain relief.

    Applications of the 660nm Laser Diode

    This laser diode is widely used in various fields, including beauty and medical treatments. In beauty applications, it helps stimulate collagen production, reducing fine lines and wrinkles. In medical settings, it can assist in pain management and accelerate wound healing. The versatility of the 660nm laser diode makes it an essential tool for professionals.

    Benefits of Using 660nm Laser Diodes

    Using 660nm laser diodes offers numerous benefits. They are non-invasive and have minimal side effects compared to other treatments. Furthermore, they provide quick results, allowing for shorter therapy sessions. Because they are easy to integrate into existing equipment, they are popular among clinics and salons that aim to offer modern, effective therapies.


    🎯 Primary Application Scenarios

    Skin Care & Beauty (Consumer Grade)

    Typical Use Cases:
    • Skin Anti-Aging & Firming Care
    • Acne & Inflammation Improvement
    • Wearable Beauty Devices
    • Home Beauty Equipment
    • Women's Intimate Skin Care & Pigmentation Management
    • Post-Pregnancy Intimate Area Recovery
    • Intimate Skin Tone Correction for Sensitive Areas
    Application Tags:
    Anti-Aging Collagen Stimulation Wrinkle Reduction Skin Tightening Acne Care Skin Repair Inflammation Management Beauty Patches Eye Masks Handheld Devices Home Beauty Devices Consumer Beauty Equipment Red Light Therapy Photobiomodulation Facial Rejuvenation Intimate Skin Care Women's Wellness Pigmentation Management Post-Pregnancy Recovery Intimate Area Care Skin Tone Correction Sensitive Area Treatment Women's Health

    Wearable Health & Biometric Sensors

    Typical Use Cases:
    • PPG Sensors & Heart Rate Monitoring
    • Biometric Recognition & Authentication
    • AR/VR Eye Tracking
    • Wearable Health Devices
    Application Tags:
    PPG Sensor Heart Rate Monitor SpO2 Detection Biometric Authentication Facial Recognition AR/VR Eye Tracking Gaze Detection Smart Wearables Health Rings Fitness Trackers Wearable Technology Vital Signs Monitoring Optical Sensing Biometric Systems

    ⚠️ Legal Notice

    The products displayed on this website are semiconductor laser components and light source modules designed for integration into end devices. These components are not finished medical devices and require appropriate certification and regulatory approval by device manufacturers or brand owners. Compliance with IEC 60825-1, FDA regulations, and local photobiological safety standards for end products is the responsibility of the manufacturer or brand owner. 1ONELASER continuously pursues FDA Class I registration for our components to assist manufacturers and brand owners in accelerating their compliance certification process.

    Global Standards & Compliance

    Industrial-Grade Precision & Global Compliance

    RoHS compliant - Restriction of Hazardous Substances certified VCSEL manufacturer

    RoHS

    Guarantees hazardous-free materials in our compound semiconductor manufacturing.

    REACH compliant - European chemical safety regulation certified laser diode supplier

    REACH

    Strict SVHC monitoring to ensure chemical transparency across the epitaxy lifecycle.

    ISO 9001:2015 certified - Quality management system for VCSEL production

    ISO 9001:2015

    Wafer-level quality control systems for consistent semiconductor production.

    ISO 14001:2015 certified - Environmental management system for laser manufacturing

    ISO 14001:2015

    Reducing the environmental footprint of high-end optoelectronic fabrication.

    ISO 45001:2018 certified - Occupational health and safety management system

    ISO 45001:2018

    Prioritizing operational safety within our cleanroom and lab environments.

    IATF 16949:2016 certified - Automotive quality management system for laser components

    IATF 16949:2016

    Meeting automotive-grade reliability for LiDAR and advanced sensing applications.

    RoHS compliant - Restriction of Hazardous Substances certified VCSEL manufacturer

    RoHS

    Restriction of Hazardous Substances compliant

    REACH compliant - European chemical safety regulation certified laser diode supplier

    REACH

    European chemical safety regulation compliant

    ISO 9001:2015 certified - Quality management system for VCSEL production

    ISO 9001:2015

    Quality management system certified

    ISO 14001:2015 certified - Environmental management system for laser manufacturing

    ISO 14001:2015

    Environmental management system certified

    ISO 45001:2018 certified - Occupational health and safety management system

    ISO 45001:2018

    Occupational health & safety management certified

    IATF 16949:2016 certified - Automotive quality management system for laser components

    IATF 16949:2016

    Automotive quality management system certified

    RoHS compliant - Restriction of Hazardous Substances certified VCSEL manufacturer

    RoHS

    Restriction of Hazardous Substances compliant

    REACH compliant - European chemical safety regulation certified laser diode supplier

    REACH

    European chemical safety regulation compliant

    Featured VCSELs Series

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