Beauty Equipment Product Categories
Liton Laser has many types of machines. We can classify the machines into the following 10 types according to different laser principles and treatment ranges. Different types of machines mean different skin solutions. Customers can choose the appropriate medical & beauty machine according to their main business and business scope.
1927NM THULIUM LASER
BODY SCULPTING MACHINE
PDT LED LIGHT THERAPY
DIODE LASER HAIR REMOVAL
FRACTIONAL CO2 LASER
IPL DPL OPT BBL SHR
PICOSECOND LASER
Q-SWITCHED ND YAG LASER
MONOPOLAR RF THERMAGE
SKIN ANALYSIS MACHINE
FUSION PLASMA DEVICE
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What Products Do We Offer?
Liton Laser offers a variety of aesthetic devices, covering multiple functions including weight loss, hair removal, skin rejuvenation, anti-aging, whitening, treatment of pigmentation disorders, acne removal, and scar treatment.
Based on different technology classifications, we have machines for thulium lasers, erbium lasers, diode lasers, CO2 lasers, LED phototherapy, intense pulsed light, ND YAG lasers, facial scanning, plasma technology, EMS technology, vacuum technology, cavitation, cryolipolysis, monopolar radiofrequency, HIFU, and more.
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Our Beauty Equipment Product Categories Include:
Thulium laser treatment falls under the category of non-ablative to micro-ablative procedures. Due to its deep penetration and significant thermal diffusion effect on the skin, thulium lasers are very safe and unlikely to cause burns. Normal treatments do not require downtime or result in significant skin damage.
Erbium lasers primarily exhibit a strong epidermal effect and a relatively small dermal effect. Due to its extremely high water absorption-heat conversion rate, erbium lasers can indiscriminately and meticulously vaporize and ablate skin tissue layer by layer. Its specific treatment applications include bikini line treatments for women and superficial vaporization ablation of various skin problems, such as age spots, freckles, and café-au-lait spots.
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Fusion Plasma creates microchannels within the stratum corneum, extending only to a micro-depth (within 0.1mm). This eliminates visible skin damage and ensures a safe pathway for the penetration of effective cosmetic ingredients.
Plasma release achieves skin cleansing, firming, anti-aging, and whitening effects. Compared to other technologies that require higher energy levels to reach deeper into the skin, plasma technology utilizes the energy of low-temperature plasma itself, controlled by a magnetic field, to induce a controlled and uniform thermal effect from the skin's surface to the dermis, thus completing a skin regeneration process without any burns or wounds, making it safe and reliable.
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The rare sapphire treatment head features a window that fits snugly against the skin, cooling the local epidermis to 5 degrees Celsius. This effectively protects normal skin from heat damage, making the entire hair removal process cool and painless, significantly improving patient comfort. The ON-Motion fast-sliding technology uses a sliding pattern to cover a large treatment area for rapid hair removal.
Utilizing the photothermal effect of the laser, the abundant melanin in the hair follicle absorbs a large amount of laser energy, causing a rapid increase in temperature. This destroys the melanin in the hair follicle and hair shaft, while simultaneously using the principle of heat diffusion to thermally destroy the surrounding stem cell-supplying tissue without damaging adjacent tissues. This fundamentally prevents hair regrowth, thus permanently removing hair.
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The skin analyzer can quantitatively assess skin pigmentation, pores, wrinkles, sagging, moisture content, sebum secretion, and sun damage.
The Liton Laser skin analyzer features a built-in high-precision motor driving an industrial camera and a grating structured light 3D camera, achieving an image resolution of up to 48 megapixels. It automatically completes a 180-degree facial scan in 25 seconds, capturing high-definition images in 12 spectral formats and 13 image modes, and generating a 0.2mm high-precision 3D face reconstruction model. It performs multi-dimensional AI detection, diagnoses over 40 morphological issues, and finally generates an AI skin report.
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Q-switched YAG lasers, also known as Q-switched lasers, currently utilize wavelengths of 532nm, 694nm, 755nm, and 1064nm for selective treatment of hyperpigmentation disorders at varying depths.
By utilizing the acoustic pressure mechanical ablation effect of Q-switched lasers—that is, through millisecond- or microsecond-level ultrapulse durations—pigment groups in the skin absorb laser energy and instantly disintegrate into tiny pigment particles. Some of these particles are then phagocytosed and metabolized by lymphatic and macrophage cells, ultimately being eliminated from the body through the lymphatic system. The remaining particles, through skin damage, scab over and fall off, achieving a whitening, fading of spots, and removal of excess pigmentation.
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IPL, also known as Intense Pulsed Light, typically refers to traditional photofacial rejuvenation. It emits multiple wavelengths of light simultaneously, ranging from 500 to 1200 nm. Because of its broad wavelength coverage, its effects are also very diverse. Some IPL machines use three-segment pulse waveforms, covering multiple target chromophores. When applied to the face, the concentrated heat can break down melanin cells, thus achieving a skin-rejuvenating and spot-removing effect.
High-quality IPL machines emit pulse energy evenly, resulting in relatively gentle treatments. Both safety and effectiveness are guaranteed. They can comprehensively address and improve photoaging issues on the face, such as pigmentation, redness, fine lines, rough skin texture, and excessive hair growth.
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A CO2 laser is a gas laser with a wavelength of 10600nm that vaporizes tissue to achieve therapeutic effects. In the medical field, it is used to treat vascular skin diseases, pigmented skin diseases, malignant tumors, benign tumors or cysts, keratosis, hyperplasia, and other skin conditions.
Most of the energy from a fractional CO2 laser is absorbed by the water in the target tissue, generating high heat and causing water molecules to vaporize. By vaporizing, carbonizing, and coagulating the target tissue, skin growths are removed. Simultaneously, the laser's indirect heat conduction stimulates cell activity, promoting skin regeneration, collagen remodeling, or regeneration.
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HIFU (High-Intensity Focused Ultrasound) uses high-energy focused ultrasound to lift and tighten the skin of the face, neck, and chest in a non-surgical manner. It directly transmits ultrasound heat energy to the SMAS layer (Superficial Muscular Aponeurotic System), inducing the body to initiate repair and regeneration of the SMAS layer, achieving a deep anti-aging effect.
Monopolar Radiofrequency (RF) uses radiofrequency technology to deliver energy to the skin, reaching the dermis layer. This activates collagen and fibers, reconstructing the collagen scaffold, thereby achieving skin tightening, lifting, and anti-wrinkle effects.
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Pico lasers are lasers with output pulse widths in the picosecond range, primarily available in three wavelengths: 755nm, 532nm, and 1064nm. Due to their extremely short pulse widths, they can instantly reach extremely high peak power. They primarily work through photoacoustic (or photomechanical) action to precisely pulverize tattoo dye or melanin particles, making them easier to remove, and with less accompanying inflammatory reactions.
Compared to Q-switched lasers, picosecond lasers are more effective and have fewer adverse reactions in treating tattoos and pigmented lesions. The treatment area extends from the epidermis to the dermis, causing no redness, swelling, or scabbing. Makeup can be applied immediately after treatment, and normal work is not affected.
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Photo therapy, especially LED (light-emitting diode) phototherapy, is a safe and effective non-invasive cosmetic technique. It utilizes visible light of specific wavelengths to irradiate the skin; different wavelengths penetrate the skin to varying depths, producing different biological effects.
Red, blue, and yellow light phototherapy (PDT) is a commonly used low-intensity phototherapy method in clinical practice. In recent years, with advancements in medical phototherapy, safer and more efficient red, blue, and yellow light therapy techniques have been widely adopted and applied in dermatology fields such as acne, androgenetic alopecia, skin wounds, and shingles.
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Cryolipolysis is based on the principle that fat cells are sensitive to low temperatures. When fat tissue is exposed to a specific low-temperature environment (typically -11°C to -5°C), fat cells undergo apoptosis, while surrounding tissues such as skin and muscles remain unaffected. These apoptotic fat cells are then gradually eliminated through the body's natural metabolic processes, thus achieving localized fat reduction.
Infrared radiofrequency vacuum roller technology combines infrared light, bipolar radiofrequency energy, and vacuum to deeply heat fat cells, surrounding connective tissue, and underlying dermal collagen fibers, thereby locally reducing skin laxity and body volume, and comprehensively improving skin structure and texture.
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