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HHD-P01

980 nm Medical Diode Laser
A compact, high-efficiency laser platform for minimally invasive surgery and vascular treatment—delivering controlled energy with superior coagulation and tissue interaction.
Hapros Laser Machine HHD-P01

Application of HHD-P01

Periodontal disease treatment | laser physical therapy

Hapros HHD-P01 - Adjunct subgingival scaling and rhizoplana (SRP) to treat chronic periodontitis, studies have shown that it can improve clinical markers and contribute to the reduction of inflammatory markers in the blood

Periodontal disease treatment

Adjunct subgingival scaling and root planning (SRP) to treat chronic periodontitis.
Studies have shown that to improve clinical markers and contribute to the reduction of inflammatory markers in the blood.

Periodontal disease treatment

Low-intensity lasers (e.g., red light, near-infrared light) act through the following mechanisms:Inhibiting inflammatory factors (e.g. IL-6, TNF-α).
Promoting ATP synthesis and accelerating cellular metabolism Stimulating the proliferation of fibroblasts, promoting wound healing.
Hapros HHD-P01 - Adjunct subgingival scaling and rhizoplana (SRP) to treat chronic periodontitis, studies have shown that it can improve clinical markers and contribute to the reduction of inflammatory markers in the blood
Hapros HHD-P01 - relative absorption curve

980nm

Better laser for you

The history of 980nm lasers reflects the evolution of laser technology from laboratory research to a wide range of applications, especially in medical, communications, and industrial applications
Early Exploration and Basic Research (60s-70s of the 20th Century) Development of semiconductor materials:The foundation of the 980nm laser lies in advances in semiconductor physics, especially the study of gallium arsenide (GaAs) and its alloys. These materials can effectively emit light in the near-infrared wavelength, laying a material foundation for the subsequent development of efficient 980nm laser diodes. Technological Breakthrough and Commercialization (80s-90s of the 20th Century) Heterojunction and quantum well structures: With the introduction of heterojunction and strain-variable quantum well structures, the performance of lasers has been signi ficantly improved. These structures allow for more efficient carrier injection and higher gain coefficients, resulting in higher output power and lower threshold current. In the early 1990s, InGaAs/GaAs-based 980nm high-power semiconductor lasers began to appear and were gradually commercialized
Application Expansion and Market Growth (Late 20th Century - Early 21st Century)Pump source in optical fiber communication: 980nm laser has become one of the key pump light sources of erbium-doped fiber amplifier (EDFA) and plays a vital role in long- distance optical communication systems. EDFAs use 980nm or 1480nm pump light to excite erbium ions, which in turn amplifies the signal light, which greatly improves the transmission distance and capacity of fiber optic communication systems

Other Application of 980nm

It can alse be applied to
Hapros HHD-P01 - spider veins
Spider veins
Hapros HHD-P01 treats nail fungus
Nail fungus
Hapros HHD-P01 treats Eczema
Eczema
Hapros HHD-P01 - gynecology laser machine.
Gynecology
Hapros HHD-P01 - skin rejuvenation laser machine
Skin rejuvenation
Hapros HHD-P01 - spider veins
Spider veins
Hapros HHD-P01 treats nail fungus
Nail fungus
Hapros HHD-P01 treats Eczema
Eczema
Hapros HHD-P01 - gynecology laser machine.
Gynecology
Hapros HHD-P01 - skin rejuvenation laser machine
Skin rejuvenation

Product Advantages

From hardware and software
we developed smart touch interface for hapros laser machine

Smart Touch Interface

Adopt high-definition touch screen and iconized menu design, support multi-language switching and operation guidance, so that professionals can quickly get started.
Your personalize parameters for hapros laser machine

Multi-mode multifunctional applications

One instrument integrates dental, physical therapy multiple functions, customized according to your needs, but also to meet the different needs of anti-aging, whitening and so on!
we developed muitifunctional application for hapros laser machine

Ergonomic Design

The instrument handle is ergonomic, with replaceable treatment head, lightweight body, convenient for medical staff to move operation
Your personalize parameters for hapros laser machine

Adjustable parameter personalization

Energy intensity and depth of action can be adjusted according to skin thickness and tolerance (e.g., step-by-step design), which reduces operational risks.
we developed smart touch interface for hapros laser machine

Broadest range of applications – wide selection of treatment accessories.

Simple and intuitive operation.

Greater precision of procedures with limited invasiveness for tissues.

Quick return to daily activities.

Pain reduction.

No need for hospitalization.

Modules and wavelengths

Capability of hapros laser machine.

1F, Building 17, No.1 Yongda Road,Daxing District,
Beijing, China

contact@hapros.com

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