Hair Tools Manufacturer | OEM/ODM Customization & R&D Expert | Dongguan Meisheng Intelligent Technology Co.,ltd

Far-Infrared Ceramic Head Technology

The far-infrared ceramic nozzle technology applies ceramic material to the hair dryer’s air outlet. The heat generated by the heating element releases far-infrared rays, which penetrate the hair to accelerate moisture evaporation and reduce heat damage. The ceramic nozzle evenly distributes heat, improving drying efficiency, reducing static, and making the hair smoother.

TFT Thermal Film Technology

The thermal film technology uses polyimide films, which offer high-temperature stability and electrical insulation. It quickly and evenly heats up through the Joule heating effect. Compared to nickel-chromium wire heating, it heats up faster, distributes heat more evenly, provides more precise temperature control, improves energy efficiency by 20-30%, and offers greater safety and a longer lifespan.

Graphene Technology

Graphene has ultra-high thermal conductivity, with an efficiency five times that of copper. It quickly and evenly transfers heat, improving thermal efficiency and stability. Compared to traditional materials, graphene thermal films are more efficient, lightweight, and offer excellent high-temperature resistance, durability, and electrical insulation, ensuring product safety and reliability.

Beauty Light - Red Light Function

Red light targets the hair and hair follicles, repairing damage, strengthening hair, and promoting blood circulation. It helps repair damage caused by perms, hair dyeing, and blow-drying, increasing hair resilience and reducing breakage. It improves scalp blood circulation, supports healthy hair growth, and prevents hair loss. It also smooths the hair cuticle and enhances shine. Suitable for dry, damaged, fragile hair, and people with hair loss issues.

Beauty Light - Blue Light Function

Blue light targets the scalp, offering antibacterial, soothing, and oil-controlling benefits. Its short wavelength kills bacteria and inhibits growth, commonly used in acne treatment. It helps suppress bacteria like Malassezia, improves the scalp environment, relieves redness and itching, and reduces excess oil production. It is suitable for oily scalps, dandruff, and people prone to scalp acne or itching.

Infrared Sensing Technology

Our infrared sensing technology integrates a distance sensor and a temperature sensor to work collaboratively, detecting the distance between the dryer and the hair in real time, intelligently adjusting airflow and heating power to ensure stable and safe air temperature.

Attachments Recognition Technology

The intelligent detection system identifies the type of attachments installed and automatically adjusts the airflow, temperature, air mode, and energy consumption management to achieve optimal drying and styling results. This feature enhances the product’s level of intelligence, while also protecting the user’s hair and scalp, reducing the risk of heat damage.

Aerodynamic Duct Technology

The duct is designed and optimized based on fundamental principles of fluid mechanics to improve energy conversion efficiency and comfort. It reduces air resistance within the duct, ensuring a more even distribution of airflow and temperature at the outlet, while also lowering aerodynamic noise, thereby enhancing overall performance.

The Airflow Amplification Technology

The Airflow Amplification Technology utilizes aerodynamic principles to increase the airflow of the hair dryer. By using a high-speed motor and a unique airflow design, combined with the Coanda effect and Bernoulli’s principle, it achieves fast, even airflow, reduces noise, protects hair quality, and enables quick drying for a smooth, natural styling effect.

Handle Cooling Technology

Combining fluid mechanics principles, our handle cooling technology precisely controls the temperature to prevent overheating, providing a long-lasting and stable user experience. Cold air flows through the handle, effectively carrying away heat and ensuring comfort and safety during extended use.

Front Shell Cooling Technology

The front shell cooling technology perfectly integrates fluid mechanics with innovative design, optimizing the heat management of the hairdryer and preventing the outer shell from overheating. The unique insulation space ensures stable temperature control even during intense use, providing a long-lasting and comfortable user experience.

Dual-Fold Handle Technology

Innovative dual-fold handle design allows flexible folding to both left and right sides, effectively reducing overall size and enhancing portability and storage convenience. The structure remains stable with a comfortable grip, making it ideal for both home use and travel.

1700W High-Power Technology

Our independently developed high-power drive technology combines a high-efficiency motor with a precision energy management system, breaking traditional power limits to deliver an exceptional 1700W output. It releases powerful airflow instantly, providing a faster, more efficient, and professional-grade drying experience.

Dual Voltage Technology

Equipped with an advanced dual-voltage intelligent drive system (100V–240V), it automatically detects voltage and adjusts current output in real time, ensuring the motor and heating system operate stably under different power conditions. It maintains constant power and airflow performance, prevents over voltage damage, and enhances energy efficiency and product lifespan.

Far-Infrared Function

Far-infrared rays (FIR) are long-wave electromagnetic waves with wavelengths of approximately 4–1000 μm, featuring efficient heat conduction and strong penetration. They act on the water molecules inside the hair through thermal radiation, generating heat that spreads quickly, raising the hair temperature from inside out, accelerating moisture evaporation, achieving fast, even drying, and reducing heat damage.

Near-Infrared Function

Near-infrared rays (NIR) are short-wave electromagnetic waves with wavelengths of about 0.78–1.4 μm, featuring high energy density and rapid action. They mainly affect the hair surface, with some heat penetrating deeper layers. Through the combined action of near-infrared radiation and heated plates, heat quickly reaches both the surface and interior of the hair, softening the outer layer, penetrating inward, and improving styling efficiency to achieve fast shaping and smooth, shiny hair.

Constant Temperature Technology

By precisely controlling the temperature and adjusting in real-time, the constant temperature technology keeps the air temperature of the hair dryer stable, thereby protecting the hair and improving drying efficiency. This technology not only prevents damage caused by excessive heat but also optimizes the drying effect, making the hair drying process healthier and smoother.

Negative Ions Function

Negative ions are negatively charged particles that attach to water molecules on wet hair, breaking them into smaller droplets to speed up drying.
They also neutralize static, reduce frizz, smooth the cuticle, enhance shine, and lock in moisture, helping to prevent dryness and split ends for smoother, healthier hair.

Plasma Function

Plasma is a high-energy ionized gas composed of charged ions and free electrons. When released ions interact with moisture in the air, they generate active hydroxyl and oxygen ions that neutralize static, seal hair cuticles, enhance shine and moisture retention, and provide antibacterial purification and scalp care, leaving hair healthy, smooth, and glossy.

Collagen Function

Collagen is a natural protein essential for hair and skin, known for its moisturizing and repairing properties. Collagen hair dryer technology atomizes it into nano-sized particles that penetrate and coat the hair, repairing cuticles, locking in moisture, and forming a protective layer against heat and damage. It also helps stabilize hair color, leaving hair smooth, soft, shiny, and healthy.