Low-Level Laser Therapy for Hair Follicle Stimulation

A hair growth treatment lamp that uses laser energy to stimulate hair growth by selectively targeting the hair follicles. The lamp employs a specific wavelength of laser that matches the natural hair growth temperature, promoting hair growth while minimizing damage to surrounding tissue. The device is designed to deliver controlled, targeted laser energy to the scalp, creating a localized environment conducive to hair growth.

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Dual-wavelength laser system for hair loss treatment that uses lasers at two specific red wavelengths (650nm and 780nm) to stimulate hair follicles at different depths. The system has a placement seat with an operating table, laser arm, disinfectant storage box, and refrigerator. The laser device has a dual-wavelength laser diode, disinfectant nozzle, and air delivery pipes to spray iodine between treatments. It also has refrigerated air delivery to keep the treatment area cool.

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A method for treating baldness using low-energy laser therapy that enhances hair growth through targeted stimulation of hair follicles. The method employs a low-energy laser device with adjustable power density and laser beam height, allowing precise control over the treatment area and intensity. The device is integrated with a specialized comb that incorporates the laser technology, enabling targeted hair stimulation through the teeth. The comb's unique design enables controlled laser exposure while maintaining scalp coverage, making it a novel approach for promoting hair growth through low-energy laser therapy.

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Independent light source stabilized intelligent laser hair growth device with a unique annular circuit arrangement. The device features a casing with an open cavity that houses the laser system, comprising a central laser launcher and two annular circuit boards. The circuit boards are installed in a ring configuration around the central laser, with each board having its own independent driving circuit. This configuration enables the laser system to operate independently of each board, with each board capable of powering the entire system. The device incorporates a sensing system that monitors the entire system, allowing for continuous operation even in the event of board failure.

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Improving physiological conditions through photostimulation using violet light at specific flickering frequencies. The method employs a light source that emits violet light with a wavelength of 350-400 nm, specifically targeting the 380 nm range. The light source is controlled to provide a constant or blinking frequency, with the flickering frequency ranging from 0 Hz to 150 Hz. The device can be worn as spectacles, mounted in front of or near the face, or used in portable devices. The controlled light exposure enables targeted photostimulation of specific physiological conditions, including dermatitis, hair loss, and vision impairment, while minimizing discomfort.

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A hair growth helmet that addresses the limitations of existing laser hair growth treatments by providing a more uniform and targeted light distribution pattern. The helmet comprises a hat-shaped shell with multiple laser generating units arranged in a cross arrangement to create a unique elliptical light spot pattern. This design enables the treatment of the scalp from multiple angles simultaneously, improving the treatment outcome compared to traditional in-line laser spot arrangements. The helmet's design incorporates a closed loop around the head to ensure comprehensive coverage, while the cross arrangement pattern ensures even distribution across the scalp.

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A massage cap for promoting hair growth through targeted scalp stimulation. The cap features a transparent, laser-activated massage pad with evenly distributed microneedles. The pad is designed with a capillary hole that connects to a reservoir, allowing for controlled delivery of topical treatments. The cap's transparent design enables visualization of the treatment process, while the laser-activated pad provides precise stimulation to target hair follicles. The cap's design enables efficient treatment of hair loss by targeting the hair growth cycle rather than just treating the scalp.

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A hair growth headband that combines a low-level laser therapy (LLLT) device with a wearable hair growth system. The headband features a unique design where the outer ring determines the headband shape while the inner ring is shorter than half the outer ring. This configuration ensures the hair growth device remains securely attached to the headband, eliminating the need for external support. The headband also incorporates earphones to prevent loss during use. The LLLT device emits red light at 650nm with a power output of 5mW, promoting hair growth and hair follicle regeneration.

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Laser treatment to stimulate hair growth, regenerate damaged hair, prevent hair loss, and increase hair density. The method involves laser irradiation of hair follicles using a specific laser wavelength (1565 nm) to promote hair growth and improve hair quality. The laser treatment is done on areas of the scalp with thinning or missing hair to stimulate follicles and restore growth.

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A laser hair growth instrument with adjustable light intensity that enables precise control over the laser treatment parameters. The instrument features a mounting plate with multiple laser ports, a light-shielding assembly that seals the laser port openings, and a light-shielding plate that can be slidably connected to the mounting plate. This assembly allows users to adjust the laser intensity by rotating the light-shielding plate, enabling customized treatment settings for different hair growth stages and scalp conditions.

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A head-mounted laser hair growth device with improved treatment efficacy and treatment duration compared to existing cap-based systems. The device features a planar array of light-emitting units arranged in an alternately distributed manner on the inner wall of the main housing. Each unit emits light at a specific wavelength, and the device includes a control module that synchronizes the light emission to stimulate hair growth. The device incorporates a film-like substrate with independently positioned functional areas, each corresponding to different hair loss severity levels, to optimize treatment targeting. The device also incorporates a battery-powered control module and a storage compartment for the treatment device.

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Dual-mode laser hair growth device that combines focused laser acupuncture and diffused laser therapy to improve effectiveness for treating hair loss. The device has a head-worn body with separate assemblies emitting a focused laser for acupuncture and a diffused laser for scalp irradiation. This allows simultaneous targeted stimulation of acupuncture points and whole-head hair follicle activation for enhanced hair growth treatment compared to single-mode lasers.

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A head-mounted laser hair growth device that enhances hair growth through precise energy delivery to the scalp. The device features a laser dome cover with strategically placed diodes that emit low-level laser energy, promoting hair follicle stimulation and blood circulation. The device incorporates a safety sensor to prevent over-activation, and a controller that adjusts the laser output based on sensor readings. The device is designed for comfortable, ergonomic wear, with a secure clip system that securely attaches to the user's hair.

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A hair growth instrument that combines a laser-based treatment system with a liquid medicine delivery system. The instrument features a transparent cover that houses both the laser diodes and the medicine delivery system. The cover is connected to a central axis through a single opening, eliminating the need for multiple openings in the outer casing. The medicine delivery system is integrated into the central axis, with the laser diodes positioned on the outer casing. This design simplifies the assembly and disassembly process while maintaining the treatment and delivery capabilities of the laser system.

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A multifunctional hair growth device that combines laser and massage therapy for hair growth. The device integrates a laser component with a massage component, where the laser emits specific wavelengths to stimulate hair follicles while the massage system applies gentle pressure. The device features a frame with an outer shell, airbag layer, and functional layer, where the laser and massage components are positioned within the functional layer. This integrated design enables automatic operation, precise control over treatment parameters, and a stable therapeutic effect through both laser and massage stimulation.

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A laser hair growth device with adjustable treatment parameters that enables personalized hair growth therapy. The device features a fixed head with a rotating laser head that can be precisely controlled to target specific areas of the scalp. The laser head is connected to a dedicated treatment module that houses the laser diodes, while the treatment module is mounted on a fixed mounting plate. The device's control system includes a dedicated PCB for the treatment module and a fixed mounting plate for the control electronics. This configuration allows for precise control over laser energy delivery and treatment parameters, enabling customized hair growth treatments for individual patients.

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A laser hair growth cap that utilizes a unique charging mechanism to deliver precise, controlled laser energy to the scalp. The cap features a charging assembly that connects to a charging interface, allowing the device to power its laser system. The charging interface is connected to an inductor that senses the scalp's electrical conductivity, enabling selective activation of laser groups. This intelligent charging system enables precise control over laser energy delivery, ensuring optimal hair growth stimulation while minimizing energy waste.

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A phototherapy hair growth device that delivers targeted red light to the scalp without shaving, enabling hair growth therapy through optical fiber guidance. The device incorporates a precisely engineered optical fiber system with controlled diameter and length, along with a Shore hardness limit of 90-100, to ensure safe penetration through hair without scalp irritation. The device can be applied in various forms, including a hair growth cap, a hair growth strip, or a hair growth system with integrated fibers.

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A laser hair growth device with detachable modules for personalized treatment. The device features a support frame that securely mounts laser modules for the forehead, middle, and rear hair growth areas. Each module contains a laser unit with separate components for scalp stimulation (low-energy soft laser) and anti-inflammatory treatment (blue laser). Users can detach and replace the modules as needed, allowing for customized hair growth treatments tailored to individual needs.

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Applicator for laser-based hair treatment that enables targeted, precise delivery of laser energy to the scalp. The applicator comprises a multi-beam system with interposed apertures that split the laser beam into two partial beams. Each beam is directed through a separate aperture, allowing precise control over the laser distribution across the scalp. This multi-beam configuration enables the creation of complex laser patterns that can target specific areas of the scalp while minimizing treatment overlap. The applicator can be used in conjunction with laser devices to deliver targeted laser energy for hair growth, scalp conditions, and hair density improvement.

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A head-mounted laser hair growth device that provides a comfortable, stable, and secure hair growth treatment solution. The device features a rotating spiral blade system that drives a spiral blade mechanism, with the blade rotation controlled by a motor. The device incorporates a unique ventilation system that prevents heat dissipation and rainwater entry through a symmetrical ventilation groove arrangement. The device's mounting system includes a fixed block and spiral blade assembly, with a fixed block connected to the spiral blades and a motor-driven drive system. This design provides precise control over blade rotation and maintains optimal temperature and humidity conditions for hair growth.

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A multifunctional laser hair growth device that provides targeted hair growth treatment while minimizing damage to the scalp. The device features a rotating laser head that moves through a clamping shaft, with the clamping shaft containing the laser generator and heat dissipation assembly. The device incorporates a semicircular structure at the end of the limiting column, which helps maintain optimal positioning during rotation. This design ensures consistent laser exposure while preventing excessive movement that could damage the scalp. The device also features ventilation to prevent overheating and maintain a comfortable environment for the user.

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A laser hair growth cap that provides uniform light distribution during hair growth treatments. The cap features a specially designed internal structure with multiple laser diodes that are arranged in a controlled pattern to ensure consistent energy delivery. This design enables the cap to deliver precise, targeted laser energy to the hair follicles, eliminating hot spots and promoting more effective hair growth. The cap's internal architecture also allows for easy maintenance and replacement of the laser diodes, making it a convenient solution for long-term hair growth treatments.

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A laser hair growth device that enhances the effectiveness of low-power laser therapy by optimizing the delivery of light to the scalp. The device features a specially designed laser light source with a built-in optical system that increases the intensity of the laser beam as it passes through the hair shaft, thereby increasing the amount of light that reaches the scalp. The device also incorporates a reflective surface to enhance light absorption by the hair follicles. The device's ergonomic design and user-friendly interface make it portable and convenient for personal use.

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A laser hair growth device that utilizes laser technology to stimulate hair growth through enhanced ATP production, improved blood circulation, and enhanced metabolic function. The device features a battery-powered helmet with a built-in USB charging port, allowing users to recharge their device while maintaining continuous treatment. The laser emits specific wavelengths that stimulate hair follicles, promoting hair growth and strengthening hair structure. The device also incorporates advanced blood circulation enhancement and oil regulation technologies to support hair health.

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A low-energy laser hair growth instrument that enables targeted treatment of hair loss by delivering precise, directional laser energy. The instrument features a compact design with five integrated laser diodes, a power module housed in a cap-shaped casing, and a control module that manages the laser beam delivery. The laser diodes are connected in a common circuit board configuration, allowing for efficient power distribution and control. This design enables the instrument to deliver laser energy specifically to the hair loss areas, while minimizing exposure to surrounding healthy hair.

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Apparatus and method for promoting hair growth using a laser hair growth device with adjustable angle and sensor for detecting head proximity. The device has a curved headband with a light emitting unit inside. Sensors detect when the head is close. The control unit turns off the light if sensors don't detect head proximity. This prevents accidental activation. The curved headband and rotatable ends let the user adjust the angle of the laser to the desired hair/scalp area.

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A multifunctional hair growth device that combines laser and massage therapy for hair restoration. The device features a frame with integrated laser and massage components that are positioned within a functional layer. The laser emits a specific wavelength of light that stimulates hair growth while the massage component applies targeted pressure to the hair follicles. The device incorporates an airbag system to maintain optimal pressure during treatment. This innovative design enables controlled delivery of laser energy and massage pressure to the hair follicles, providing a comprehensive approach to hair growth.

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A laser hair growth helmet that addresses the limitations of current devices by providing a comfortable, long-lasting hair growth solution. The helmet employs soft laser technology to stimulate hair follicles, promoting hair growth without the need for intense, high-energy laser treatments. The device features a lightweight, ergonomic design with adjustable color options, making it suitable for individuals with sensitive skin or preferences for specific hair colors.

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A laser helmet for hair growth treatment that incorporates a unique ventilation system. The helmet features a rotating shaft that passes through the helmet body, with elastic plate bodies connected to the shaft ends. The elastic plate bodies contain pulse laser heads that move along the shaft, allowing adjustable laser intensity control. The helmet's ventilation system includes strategically placed vent holes that distribute airflow through the helmet's structure, enabling precise temperature regulation and humidity control during treatment.

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A cosmetic device that delivers hair and scalp treatments without heat using light energy. The device features a housing that surrounds the scalp or hair area, with a light-emitting unit positioned to face the treatment site. The light source delivers non-thermal energy through specific wavelengths, enabling precise treatment of hair and scalp conditions without causing damage. This approach enables faster treatment times, improved treatment outcomes, and enhanced hair and scalp health through controlled light therapy.

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A portable laser hair growth device that enables targeted scalp treatment while minimizing the number of laser sources. The device features a tapered positioning column that guides the laser beam precisely to the scalp area, reducing the treatment footprint compared to traditional laser hair growth devices. The device incorporates an adjustable laser power setting and a built-in blood flow sensor to monitor scalp health during treatment.

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A method for stimulating hair growth through a combination of platelet-rich plasma (PRP) therapy and laser treatment. The treatment involves administering PRP to the scalp, followed by laser therapy that targets specific areas of hair loss. The laser treatment delivers high-intensity microwaves to the targeted areas, while PRP stimulates hair follicles from the surrounding scalp. This synergistic approach combines the regenerative properties of PRP with the targeted hair growth effects of laser therapy, resulting in enhanced hair density and growth.

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Low-energy laser hair growth device that utilizes a unique rotating column to enhance hair growth through precise energy delivery. The device features a hair growth shell with a hollow interior that penetrates the shell through its walls. A rotating column extends through the shell's interior, with a circular hole at its base that connects to a motor. The motor drives the column to rotate, creating a precise energy delivery pattern. The device incorporates fixed support plates and a movable block within the shell, allowing for adjustable energy distribution. The rotating column ensures consistent energy delivery while the fixed block provides structural support.

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Non-contact laser hair growth device and method using a smartphone to stimulate hair regrowth without contact. The device has an array of LEDs to emit infrared light on the scalp. A distance sensor measures the distance to the scalp. The LED power and duration are adjusted based on the distance to maintain consistent hair follicle stimulation depth. A smartphone app controls the LEDs and sensor. The method involves using a smartphone's infrared transmitter and receiver to provide non-contact hair growth treatment. The app adjusts LED power/duration based on distance and temperature sensing to optimize stimulation.

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A laser hair growth device that provides uniform laser irradiation to achieve more effective hair growth. The device employs a novel laser beam delivery system that ensures consistent energy distribution across the scalp, eliminating the uneven irradiation typically associated with existing laser hair growth devices. This uniformity enables targeted hair follicle stimulation, enhancing the therapeutic efficacy of laser hair growth treatments.

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A laser treatment device for androgenetic alopecia that combines adjustable stent technology with precise laser and acupuncture treatment. The device features an adjustable stent that comprises a horizontal cover, oblique cover, and hand-held part, with the horizontal cover movingly connecting to the oblique cover and hand-held part. The laser device is positioned on the horizontal cover, while the acupuncture treatment device is positioned on the oblique cover. This configuration enables precise laser treatment of the hair follicles while simultaneously delivering acupuncture therapy to promote hair growth.

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A head physiotherapy device that delivers targeted laser and near-infrared energy to the scalp through a wearable head frame. The device features a flexible circuit board with integrated laser and near-infrared generators that are strategically positioned to stimulate hair follicles, regulate oil secretion, and enhance hair growth. The frame incorporates a secure fastening system to prevent slipping, while the circuit board's precise placement ensures optimal energy delivery. This innovative device addresses the challenges of traditional laser treatments by delivering targeted energy directly to the scalp, eliminating the need for external application and reducing treatment duration.

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A hair growth helmet that delivers laser therapy through a novel surface radiation system. The helmet features a lattice arrangement of laser points that are precisely positioned to deliver uniform hair growth across the scalp. The points are controlled by a sliding plate that moves along a track to change the laser beam's path, enabling the points to move in response to the scalp's surface topography. This surface radiation approach ensures targeted hair growth while minimizing treatment time and side effects compared to traditional laser therapy.

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Laser hair growth comb that enhances hair growth through targeted laser irradiation. The comb features a housing containing a PCB control board, laser board, and vibration motor. The laser board is positioned directly above the comb teeth, while the vibration motor is connected to the PCB control board. When activated, the vibration motor generates a controlled vibration pattern that synchronizes with the laser beam's movement, ensuring uniform irradiation of the hair follicles. This synchronized action enables more efficient hair growth compared to traditional laser hair growth combs with conventional comb teeth.

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A light output device for scalp care that dynamically adjusts its treatment parameters based on user-specific scalp conditions. The device features a wearable headband with integrated laser and LED arrays that emit specific wavelengths for hair growth promotion. The device's control system continuously monitors scalp temperature, humidity, and hair loss patterns to dynamically adjust treatment parameters, including laser intensity, LED output, and treatment duration. This adaptive approach enables personalized scalp care tailored to individual hair loss needs, while maintaining optimal treatment parameters to prevent damage.

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A helmet for preventing hair loss using low-level laser therapy (LLLT) to stimulate hair growth. The helmet has LEDs arranged in a specific pattern on the inner skin to irradiate the scalp. The LEDs generate multiple wavelengths within 610-900nm. The LED arrangement forms hexagonal modules with a central LED surrounded by 6 peripheral LEDs. This configuration maximizes hair growth effects by increasing blood flow to the follicles, stimulating micronerves, muscles, and follicles, and penetrating laser light to multiple follicles.

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A low-illuminance laser hair growth device that enables convenient, portable, and continuous hair growth treatment. The device features a wearable helmet with integrated heat management and ventilation system, where the upper surface contains a heat sink and the front surface is connected to a mounting shell. The device incorporates a temperature sensor at the middle position of the inner surface, with low-energy red light distributed uniformly around the perimeter. The helmet also features a detection sensor to monitor wear-off. This innovative design addresses the limitations of traditional laser hair growth devices by providing a comfortable, low-illumination treatment solution that can be worn continuously.

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A laser hair growth device that uses a novel helmet design with integrated laser arrays to promote hair growth. The device features a helmet with a headgear groove that accommodates multiple laser heads, a soft pad with strategically placed through holes, and a battery-powered system for continuous operation. The soft pad provides a cushioning surface for the laser heads, while the through holes facilitate the delivery of laser energy to the hair follicles. The device eliminates the need for external hair treatments and allows users to maintain their natural appearance while promoting hair growth.

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A hair growth device that utilizes a wearable light source to stimulate hair follicles through targeted photobiomodulation. The device comprises a wearable sleeve with a light source positioned within, which emits light to the light source. A precision spot shaping element is integrated into the sleeve to enhance the therapeutic effect of the light. This innovative design enables controlled delivery of low-level laser therapy to the hair follicles, promoting hair growth through energy production and repair.

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Hair growth device that combines laser stimulation with massage therapy to enhance hair follicle metabolism and promote hair growth. The device features a frame with a cap-shaped housing, a segmented base with an upper base, left base, and right base, and an elastic component. The cap housing contains a laser assembly that can be positioned to target the hair follicles, while the massage component is integrated into the base. The device incorporates a vibration mechanism that drives the massage rod, enabling controlled and sustained stimulation of the hair follicles. The device's unique design allows for both laser and massage therapy to be applied simultaneously, providing a comprehensive approach to hair growth.

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A head physiotherapy device that provides targeted hair growth stimulation through low-energy laser therapy. The device comprises a frame with an expandable disk shape and a recessed cavity, which can be configured to accommodate a laser generator. The laser emits 650nm light that penetrates the dermis at 3-5mm depth, directly stimulating hair follicles and promoting ATP production. The device's unique design enables discreet use, with the laser generator integrated into the frame.

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A phototherapy device for promoting hair growth through targeted light stimulation of hair follicle stem cells. The device incorporates a light patch that emits specific wavelengths of light to activate hair follicle stem cells, promoting their proliferation and differentiation into hair follicles. The device's control module enables precise control over light intensity, duration, and frequency, allowing for optimal treatment parameters. The device's user-friendly design enables rapid treatment with short sessions, while the controlled light therapy ensures consistent and effective hair growth promotion.

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A method for stimulating hair growth through targeted laser therapy, specifically for alopecia conditions. The treatment utilizes a specialized laser device, the Lumenis M22 ResurFX, to selectively heat and activate hair follicles in the telogen phase. By delivering precise microwaves at specific energy densities, the device creates microchannels that guide hair growth from the follicles, promoting regrowth and hair density. The treatment can be performed in a controlled manner, with adjustable parameters to optimize results.

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A laser phototherapy device for hair growth that addresses the limitations of existing devices by enabling adjustable laser depth penetration. The device comprises a cap with integrated circuitry, multiple surface-emitting lasers arranged on a flexible circuit board, and a sensor system that monitors user head position. The lasers emit multi-band light at different wavelengths to target hair follicles at varying depths, enabling more effective hair growth stimulation compared to traditional fixed-wavelength lasers.

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