CN
Foremed Legend
FusionBeam

FusionBeam is a comprehensive skin treatment device that integrates Intense Pulsed Light (IPL) and laser technology, covering multiple indications such as pigmentation, vascular lesions, anti-aging and skin texture improvement.

Intense Pulsed Light (IPL) is based on selective photothermolysis, targeting tissues such as melanin and hemoglobin through a broad spectrum to improve superficial issues like, redness, and dullness. 1565nm non-ablative fractional laser is based on focal photothermal action to create controllable micro-thermal damage zones in the dermis, stimulating regeneration and remodeling to improve pores, acne scars, and fine lines, while preserving the epidermal barrier, with a short recovery period and high safety.


Registration Number: Guo Xie Zhu Zhun 20263091428

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Prototype trial
Materials
Product Composition
IPL handpiece
Laser handpiece (CoolReju)
Laser handpiece (CoolReju)
Product Advantage

One machine dual-effect full-layer skin rejuvenation platform

  • One machine dual-effect full-layer skin rejuvenation platform
  • Surface brightening and skin purification deep firming and reshaping synergy, achieving a comprehensive improvement in skin tone, texture, and firmness, with a comfortable and short recovery.

Super-perfect adjustable pulse sequence technology

  • 1-40 sub-pulses are fully independently adjustable; the entire process outputs a uniform and perfect square wave, with stable energy and no attenuation
  • Microsecond-level multi-pulse stepwise heating, precise heat accumulation in the target tissue, and the epidermis remains cool throughout the process.

3D customized strong pulsed light system

  • Full spectrum switch at your fingertips: 7 2 filters cover all indications including freckle removal, redness reduction, acne treatment, and hair removal; one-click plug-andplay for instant switching.
  • Multi-size precise adaptation: 6 treatment crystals cover all areas, 6mm spot reaches 56J/cm² high energy, no dead angles the nose wings and eyes.
  • Dual-mode fast and slow combined: precision carving for targeted lesions, rapid sweeping for large areas, ensuring both efficiency and comfort.

1565nm Intelligent Control Customized Dot Matrix Scanning System

  • 7 optional spot shapes available; size, energy, and density are independently adjustable; precisely matches the lesion contour; no dead zones or overlapping
  • Sequential scanning provides uniform coverage, collagen remodeling is more solid, and acne scars and pores are significantly improved.
  • Randomly scans to disperse heat, avoiding heat accumulation, resulting in lower pain and a shorter recovery period.
features
01.

Adjustable pulse technology

The average energy of the emitted pulse is uniform throughout the entire process, and all parameters are adjustable, achieving full parameter controllability of the sub-pulses

02.

Pulse sequence technique

Intelligent temperature difference heating, precise pulse control, up to 40 sub-pulses, safe and efficient cumulative heating.

03.

Sapphire cooling treatment head

Sapphire continuous contact cooling enhances comfort and supports higher power output.

Treatment Principle

A dual-system treatment device integrating IPL (Intense Pulsed Light) and 1565nm non-ablative fractional laser, achieving full-layer rejuvenation through two core photothermal mechanisms.

Intense Pulsed Light (IPL) follows the theory of selective photothermolysis, precisely regulating spectral parameters to target tissues such as melanin and hemoglobin,-invasively treating superficial pigmentation, telangiectasia, dull skin tone, and inflammatory acne, while simultaneously stimulating superficial collagen regeneration.

1565nm matrix laser relies on the principle of focal photothermal action, penetrating the dermis with a matrix of microbeams to create a controllable micro-thermal zone; while preserving the integrity of the epidermal barrier, it deeply activates fibroblasts to promote collagen remodeling and elastic fiber regeneration, improving issues such as enlarged pores, depressed scars, and fine lines or.

Case sharing
solution
Scar treatment
Laser scar treatment is based on the principle of focal photothermal action, splitting the laser into micron-sized microbeams in a dot matrix pattern to form an array of controllable micro-thermal damage zones at the scar site, while preserving the surrounding normal skin as a repair base; it can both soften and degrade abnormally proliferated scar collagen and activate the skin's repair mechanism to induce the orderly remodeling of newly formed collagen, gradually improving the scar's uneven texture, redness, and pigmentation issues, and restoring a smooth skin texture.
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Pigment Treatment
By selecting appropriate photoelectric devices to act on unwanted pigmentation spots, the mechanical or selective photothermal effects of light can accurately act on pigment cells, causing these melanin particles to rapidly expand and rupture after absorbing light, forming small fragments that are then metabolized and excreted by the human body, thereby achieving the effects of spot removal, whitening, and transparency.
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Vascular disease treatment
Fumeilei's long pulsed 1064nm laser technology and intense pulse light dual band filtering technology help beauty seekers unleash confidence. Laser or intense pulsed light (IPL) is absorbed by oxygenated hemoglobin in blood vessels, causing heating and coagulation of diseased blood vessels. This selective heating destroys the structure of diseased blood vessels while minimizing damage to surrounding normal tissues, effectively improving the symptoms and appearance of vascular lesions.
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Fine lines and wrinkles
The laser can penetrate into the dermis and fascia layer to achieve deep facial tightening, and its pulsed width can be adjusted to the second level, so as to fully heat the dermis and below, so that the heat has enough time to dissipate in the epidermis without damaging the epidermis.
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Acne
Specific wavelengths of light are absorbed by the metabolites of Propionibacterium acnes (such as endogenous porphyrins), which activate to produce a chemical reaction, forming free oxygen atoms. These reactive oxygen atoms react with porphyrins and can kill Propionibacterium acnes, thereby achieving the effect of treating acne.
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Hair removal
The working principle of hair removal is mainly through laser or intense pulsed light (IPL) technology, which uses specific wavelengths of light energy to be absorbed by melanin in the hair. Light energy is converted into heat , causing an increase in the temperature of hair follicles, thereby damaging their structure and inhibiting hair regeneration. Due to the selective effect of laser and light, the surrounding skin tissue is almost unaffected, thus achieving long-term hair removal safely and effectively.
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