1064nm 60W High-Power VCSEL COB Module (Professional Dark Skin Hair Removal)
Available Format: Engineering Evaluation Kit (1 pcs / pack)
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In Stock,Dispatches within 48 Hours via Global Express (3-Day Delivery)
Kit Configuration: 1× Laser Devices secured in Industrial ESD-Safe Shielding Packaging.
Product Overview
🧠 About This Product
The 1064nm 60W VCSEL COB Module is a specialized high-power infrared laser engine designed specifically for handheld hair removal on darker skin tones. While 808nm is the standard for lighter skin, the 1064nm wavelength is the premium solution for Fitzpatrick Skin Types V and VI.
By utilizing Chip-on-Board (COB) technology, this module delivers 60W of peak power with a Spatially Homogenized Beam. This uniformity is critical for handheld devices, as it ensures that energy is distributed evenly across the 2.8 x 1.0 cm treatment area, providing a safe, effective, and nearly painless experience for users with high epidermal melanin.
Key differentiators:
- Specialized for darker skin: Optimized for Fitzpatrick V-VI (Deep Brown to Black skin), offering the highest safety margin against surface burns
- Deepest follicle penetration: 1064nm penetrates deeper than 808nm, reaching the deepest-seated hair bulbs
- Homogenized light field: The 2.8 x 1.0 cm spot eliminates "hot spots," ensuring consistent thermal delivery without epidermal damage
- Clinical-grade power: 60W high-fluence output enables permanent hair reduction in handheld form factors
- Ultra-low pain level: Softer thermal sensation compared to 808nm, greatly increasing patient comfort and satisfaction
- Safety expert: Moderate melanin absorption safely bypasses epidermis to target only the hair follicle
Project-dependent screening/traceability & compliance documentation available upon request.
🔬 Technology Comparison: 808nm vs. 1064nm VCSEL COB
Choosing the right wavelength is key to clinical safety and efficacy.
| Feature / Specification | 808nm VCSEL COB (Gold Standard) |
1064nm VCSEL COB (Safety Expert) |
|---|---|---|
| Primary Target Skin Types | Fitzpatrick I - IV (Fair to Olive) |
Fitzpatrick V - VI (Deep Brown to Black) |
| Melanin Absorption | High (Aggressive on follicles) | Moderate (Safely bypasses epidermis) |
| Penetration Depth | Deep (Standard follicles) | Deepest (Deep-seated hair bulbs) |
| Typical Output Power | 66W | 60W |
| Pain Level (Comfort) | Moderate (Typical snap sensation) | Very Low (Softer thermal sensation) |
| Risk of Burn (Dark Skin) | Higher (Risk of hyperpigmentation) | Ultra-Low (Highest safety margin) |
| Primary Advantage | Fastest results for light-skinned users | Safest treatment for dark-skinned users |
💡 Application Scenarios
Primary Application: Professional Handheld Hair Removal (Dark Skin)
This is the core engine for high-end laser devices targeting the global diversity market.
-
Targeted Skin Tones (Fitzpatrick V-VI)
Because 1064nm is less absorbed by melanin in the epidermis, it "passes through" the skin surface safely to target only the hair follicle. This is the only safe choice for deep brown or black skin. -
Treatment Efficiency
The 2.8 x 1.0 cm emission area allows for rapid treatment of backs, legs, and arms in handheld operation, providing a "painless" experience due to reduced surface absorption.
Secondary Application: Advanced Therapeutics & Industrial
-
Deep Tissue Thermal Therapy
1064nm's superior penetration makes it ideal for deep-tissue pain relief and anti-inflammatory handheld medical devices. -
Skin Rejuvenation for Darker Skin
Provides controlled deep heating to stimulate collagen without damaging the pigmented epidermal layer. -
Specialized IR Illumination
High-power 1064nm source for industrial sensors that require low atmospheric absorption and high penetration through smoke or fog.
🎯 Need Custom Specifications?
We offer customization for wavelength tolerance targets, power scaling, and spot size optimization. Our engineering team can design bespoke COB solutions for high-volume production and clinical-grade integration.
🔧 Request Custom & ODM Services💡 Questions? Email sales@1onelaser.com or visit Datasheets Center
Technical Specifications
Note: Typical values characterized at 25°C under QCW (Pulse) conditions.
📊 Electro-Optical Parameters
| Parameter | Specification | Unit |
|---|---|---|
| Peak Wavelength | 1064 ± 10 | nm |
| Optical Output Power (Pop) | 60 (Typical) | W |
| Threshold Current (Ith) | 4.0 (Typical) | A |
| Operating Current (If) | 14.0 | A |
| Operating Voltage (VF) | 14.0 (Typical) | V |
| Spot Size (Emission Area) | 2.8 × 1.0 | cm |
| Recommended Skin Types | Fitzpatrick V - VI | |
💡 Swipe left/right on mobile to view complete table
Package Type: High-conductivity COB Encapsulation
Assembly: Optimized for metal-core PCB mounting with robust thermal interface materials.
🌟 Product Advantages
-
Highest safety margin for dark skin
1064nm is less absorbed by surface melanin, eliminating the risk of hyperpigmentation and burns on Fitzpatrick V-VI skin types. -
Deepest follicle penetration
Superior penetration depth reaches the deepest-seated hair bulbs, ensuring permanent hair reduction even for coarse, deep-rooted hair. -
Ultra-low pain sensation
Patients with dark skin experience significantly less surface heat, providing a "softer" thermal sensation that greatly increases comfort and satisfaction. -
Global diversity market solution
Enables brands to safely serve all skin types by combining 808nm and 1064nm modules in one handheld applicator.
Frequently Asked Questions
❓ FAQ
Q1: Why is 1064nm necessary if I already have an 808nm device?
A: 808nm is too aggressive for darker skin (Fitzpatrick V-VI) because the surface melanin absorbs too much energy, causing burns. 1064nm is a "Safety Expert" that skips the surface to hit the root, making it indispensable for a global brand.
Q2: Does the 1064nm module feel different to the patient?
A: Yes. Patients with dark skin will feel significantly less heat on the surface. The homogenized VCSEL beam provides a "softer" thermal sensation, which greatly increases comfort and patient satisfaction.
Q3: Can I combine 808nm and 1064nm in one handheld applicator?
A: Absolutely. This is the current "Total Solution" trend. By integrating both modules, your device can safely treat every customer regardless of their ethnicity or tan level.
Q4: 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.
💡 Ready to Integrate 1064nm VCSEL COB Module?
Expand your market reach with our professional-grade COB laser solutions for darker skin tones. Download datasheets from Datasheets Center.
🔧 Request Custom & ODM ServicesQuestions? Email sales@1onelaser.com
📋 Detailed Application Scenarios
Primary Applications (Dark Skin Hair Removal)
-
Professional Handheld Hair Removal (Fitzpatrick V-VI)
The 60W power and 2.8 x 1.0 cm spot size enable rapid, painless treatment of large areas on deep brown to black skin. The homogenized beam eliminates hot spots, ensuring the highest safety margin against hyperpigmentation. -
Global Diversity Market Solution
Enables brands to serve all skin types by combining 808nm (for Fitzpatrick I-IV) and 1064nm (for Fitzpatrick V-VI) modules in one handheld applicator. This "Total Solution" approach maximizes market reach.
Secondary Applications (Advanced Therapeutics & Industrial)
-
Deep Tissue Thermal Therapy
Superior penetration depth makes 1064nm ideal for deep-tissue pain relief and anti-inflammatory handheld medical devices. Provides controlled deep heating without damaging the pigmented epidermal layer. -
Specialized IR Illumination
High-power 1064nm source for industrial sensors requiring low atmospheric absorption and high penetration through smoke or fog. Ideal for long-range tactical sensors and high-speed imaging 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
Guarantees hazardous-free materials in our compound semiconductor manufacturing.
REACH
Strict SVHC monitoring to ensure chemical transparency across the epitaxy lifecycle.
ISO 9001:2015
Wafer-level quality control systems for consistent semiconductor production.
ISO 14001:2015
Reducing the environmental footprint of high-end optoelectronic fabrication.
ISO 45001:2018
Prioritizing operational safety within our cleanroom and lab environments.
IATF 16949:2016
Meeting automotive-grade reliability for LiDAR and advanced sensing applications.
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