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FIVE-WAVELENGTH DIODE PLATFORM

Diode Laser Technology

755 nm + 808 nm + 830 nm + 940 nm + 1064 nm semiconductor laser technology for configurable professional hair-reduction treatments.

Technology Overview

High-power diode laser systems deliver controlled energy for professional hair-reduction treatments.

Conceptual illustration. Energy distribution and penetration vary according to wavelength, device configuration and treatment parameters.

Semiconductor Laser Source

Diode laser systems use semiconductor emitters to generate laser energy at selected wavelengths. The treatment principle targets melanin in the hair shaft and follicle while trained operators configure fluence, pulse duration, repetition rate and cooling according to the device protocol and client assessment.

808 nm

Core Diode Wavelength

5 In 1

755 / 808 / 830 / 940 / 1064 nm

Sapphire

Contact Cooling

System

ONE PLATFORM · FIVE WAVELENGTHS

Five-Wavelength Architecture

The 755 nm, 808 nm, 830 nm, 940 nm and 1064 nm outputs provide complementary absorption and penetration characteristics. Treatment suitability still depends on device specifications, hair characteristics, skin tone and professional assessment.

755 nm

Alexandrite-Type Wavelength

Higher melanin absorption can support treatment of selected lighter skin tones and finer hair when used with appropriate parameters.

808 nm

Diode Wavelength

A commonly used balance of melanin absorption and penetration depth for professional diode laser hair-reduction systems.

830 nm

Complementary Diode Wavelength

A complementary near-infrared wavelength designed to extend the platform’s energy distribution across selected hair depths and treatment protocols.

940 nm

Deep Diode Support

A deeper-penetrating wavelength with complementary absorption characteristics, designed to broaden thermal coverage around targeted follicles when used as part of a multi-wavelength system.

1064 nm

Deep-Penetration Wavelength

Lower epidermal melanin absorption and deeper penetration can support appropriately assessed darker skin tones and coarse, deeply rooted hair when suitable treatment parameters and cooling are used.

Key Features

Core engineering features available across selected diode laser configurations.

Contact Cooling

Sapphire contact cooling is designed to help manage epidermal temperature and treatment comfort.

Treatment Spot Options

Available spot sizes and repetition-rate settings can support efficient treatment of different body areas.

Five-Wavelength Output

755 nm, 808 nm, 830 nm, 940 nm and 1064 nm outputs broaden configurable treatment options in one professional platform.

ENGINEERED FOR CLINICAL WORKFLOW

Performance, Control and Treatment Comfort

Five-wavelength configurations, adjustable parameters and contact cooling give trained providers a flexible platform for professional treatment planning. Actual settings and client suitability must follow the specific device instructions and assessment protocol.

Technology Applications

Diode laser platforms support professional hair-reduction workflows across a range of treatment areas and clinic formats.

Hair Reduction

Professional treatment programs

Multiple Skin Profiles

Subject to device and client assessment

Comfort-Focused Workflow

Contact-cooling configurations

High-Volume Clinics

Configurable treatment efficiency

Related Technologies

Explore other professional aesthetic technology platforms.

Learn More About Diode Laser Technology

Contact our team for available technical specifications, system configurations and product recommendations.