Professional Multi-Wavelength Diode Laser Hair Removal System

Professional Diode Laser Platform for Clinics and Distributors

Professional diode laser platform with 755nm, 808nm and 1064nm wavelength options, 300W–1800W handpiece configurations, advanced optical delivery and power-matched cooling for aesthetic clinics, medical spas and international distributors.

Omni Laser diode laser systems are professional hair-reduction platforms designed for aesthetic clinics, medical spas and distributors. Available with 808nm or 755nm + 808nm + 1064nm wavelength configurations, the platform supports multiple handpiece powers, spot sizes and cooling architectures for different treatment volumes and business requirements.

Who Is This Diode Laser System Designed For? 

Aesthetic Clinics

Dedicated professional hair-reduction services.

Medical Spas

High-volume facial and body hair-removal programs.

Dermatology & Medical Aesthetic Practices

Professional laser platform with multiple wavelength and cooling configurations.

Distributors & OEM/ODM Partners

Multiple models, handpieces, software functions and regional configurations.

 

Professional Diode Laser Hair Removal Applications

Professional diode laser systems can support hair reduction across multiple facial and body areas when appropriate wavelength, fluence, pulse duration and cooling parameters are selected.

• Face
• Upper Lip
• Chin
• Beard
• Underarms
• Arms
• Bikini Line
• Legs
• Back
• Chest

The appropriate settings should be selected according to skin type, hair color, hair thickness, treatment area and professional assessment.

Designed for a Wide Range of Skin and Hair Characteristics

Multi-wavelength diode laser systems provide flexibility across a broad range of skin types and pigmented hair characteristics. Treatment response still depends on melanin content, hair thickness, skin type, wavelength selection and treatment parameters.

Explore Diode Laser Hair Removal Treatment →

Why Are Multiple Treatment Sessions Usually Required?

Hair follicles are at different stages of the growth cycle at any given time. Because laser hair removal is generally most responsive during active hair growth, multiple sessions are normally required. The number and interval of sessions vary according to treatment area, hair characteristics, skin type and individual response.

Learn More About Diode Laser Hair Removal Treatment →

 

Core Diode Laser Technologies

1. Multi-Wavelength Diode Laser Technology

Omni Laser systems can be configured with 808nm or combined 755nm + 808nm + 1064nm wavelengths to provide greater flexibility for different skin and hair characteristics.

Explore 755nm, 808nm & 1064nm Technology →

2. FAC Micro-Optical Technology

FAC micro-optics reduce fast-axis beam divergence and improve optical utilization. In Omni Laser internal testing, a 600W FAC-equipped handpiece achieved up to approximately 98% effective optical output ratio, compared with approximately 80% for the tested non-FAC configuration under specified conditions.

Explore FAC Technology →

3. Super Channel Technology

Super Channel is designed to combine fast heat-transfer characteristics with practical water-quality tolerance and lower flow resistance for high-power diode laser operation.

Explore Super Channel Technology →

4. Intelligent Thermal Management

Omni Laser matches cooling architecture to handpiece power, using TEC-based cooling below 1000W and refrigeration compressor-assisted cooling for 1000W and above, together with a closed-loop water circulation system and automatic temperature control.

Explore Intelligent Thermal Management →

Diode Laser Handpiece Options

 

Optional 8mm Precision Nose Tip

 

Designed for smaller treatment areas such as the upper lip, chin and selected facial areas.

.

Choose the Right Handpiece Architecture

Super Channel Configuration

Performance-Oriented Configuration

• Super Channel thermal architecture
• FAC-equipped options available
• Higher effective optical utilization
• Fast heat transfer
• Suitable for high-power and high-volume operation

 

Macro Channel Configuration

Value-Oriented Configuration

• Macro Channel thermal architecture
• Current Omni Laser configuration without FAC
• Lower water-quality sensitivity
• Stable daily operation
• More economical system configuration

Diode Laser Models & Technical Specifications

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Distributor-Friendly Smart Functions

Optional smart-management functions include Wi-Fi software updates, GPS-based device management, rental time-control functions and multi-location device management for distributors and aesthetic groups.

 

Certifications & Global Market Support

Certification and regulatory documentation availability varies by model, configuration and target market. Please contact Omni Laser to confirm the applicable documentation for your region.

OEM & ODM Diode Laser Solutions

 

• Logo customization
• Housing color
• UI software
• Multilingual interface
• Handpiece configuration
• Spot-size configuration
• Wi-Fi / GPS / rental functions
• Packaging
• Regional configuration

Discuss Your Diode Laser OEM/ODM Project →

 

Frequently Asked Questions About Professional Diode Laser Systems

What wavelengths are available?

Omni Laser diode laser systems can be configured with 808nm or combined 755nm + 808nm + 1064nm wavelengths depending on the selected handpiece and system configuration.

What is the difference between 755nm, 808nm and 1064nm?

755nm provides relatively stronger melanin interaction, 808nm offers a versatile balance of absorption and penetration, and 1064nm provides deeper penetration with relatively lower epidermal melanin absorption.

What is FAC technology?

FAC, or Fast Axis Collimation, reduces diode laser beam divergence and improves effective optical delivery. In Omni Laser internal testing, a FAC-equipped 600W configuration achieved up to approximately 98% effective optical output ratio under specified conditions.

What is Super Channel technology?

Super Channel is Omni Laser’s optimized heat-transfer architecture designed to combine fast thermal transfer with practical water-quality tolerance and stable water circulation.

What cooling system is used?

Handpieces below 1000W use TEC-based water cooling, while systems using handpieces at 1000W and above use refrigeration compressor-assisted cooling.

How does the intelligent temperature control work?

Active cooling starts when water temperature reaches approximately 28°C and stops when the temperature falls to approximately 22°C.

Which handpiece should I choose?

The best configuration depends on treatment volume, power requirements, spot size, budget and market positioning. Omni Laser currently offers both Macro Channel and Super Channel handpieces. Selected Super Channel configurations include FAC micro-optical technology, while FAC itself is not technically exclusive to a specific cooling-channel architecture.

Does diode laser work on all hair colors?

No. Diode laser hair removal relies primarily on melanin as an optical target, so white, grey and very lightly pigmented hair may respond poorly.

How many sessions are usually required?

Multiple sessions are generally required because hair follicles are at different stages of the growth cycle. The actual number and interval vary according to treatment area, hair characteristics, skin type and individual response.

What is the difference between diode laser and IPL?

Diode laser uses selected laser wavelengths and is primarily designed as a dedicated hair-reduction platform, while IPL uses filtered broad-spectrum pulsed light and can support hair removal together with multiple skin-treatment applications.