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2025 New Ndolaser 980nm Diode Laser 1470nm Dual Wavelengths Technology for Beauty & Personal Care Medical Proctology Use
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主要な属性
その他属性
原産地
Beijing, China
銘柄
starlight
モデル番号
sl-8
主な製品
980nm 1470nm外科レーザー机械
波長
980nm、1470nm
パルス幅
0-1s (ステップ0.05s)
パルス持続時間
0-1s (ステップ0.05s)
パイロットビーム
635nmの赤いダイオードレーザー、力 <5mW
特徴
血管除去、血管除去
パワー
1-77w
保証
1年
サービス
7/24時間
認証
ISO13485
包装と配送
販売単位：
単一品目
単一のパッケージサイズ：
63X39X48 cm
単一の総重量：
24.000 kg
リードタイム
カスタマイズ
サプライヤーからの製品説明
警告/免責事項
禁止および制限付き製品のコンプライアンスリマインダーさらに表示
カリフォルニア州提案65消費者警告さらに表示
この製品は、特定の該当する国/国の関連する製品資格/ライセンスを取得しています。さらに表示
Function 980nm&1470nm
1.Vascular Lesion Therapy
2.Physiotherapy/Pain Relief
3.Fungul Nail Removal/Onychomycosis
4.Lipolysis
5.Cutting Mode
6.EVLT
7.Dental Soft Tissue Surgery
8.Gynecology
9.Veterinary
10.Teeth Whitening
2.Physiotherapy/Pain Relief
3.Fungul Nail Removal/Onychomycosis
4.Lipolysis
5.Cutting Mode
6.EVLT
7.Dental Soft Tissue Surgery
8.Gynecology
9.Veterinary
10.Teeth Whitening
Lipolysis endolaser:
Hemoglobin has a high absorption rate of 980 nm laser, and this feature can enhance hemostasis; thereby reducing fibrosis and vascular bleeding. This provides the benefits of postoperative comfort and a more rapid recovery . In addition, considerable tissue retraction, both immediate and delayed, is achieved by stimulating collagen formation.
Hemoglobin has a high absorption rate of 980 nm laser, and this feature can enhance hemostasis; thereby reducing fibrosis and vascular bleeding. This provides the benefits of postoperative comfort and a more rapid recovery . In addition, considerable tissue retraction, both immediate and delayed, is achieved by stimulating collagen formation.
The 980nm wavelength laser melts fat, which not only has a good correction effect on facial liposuction, but also can shrink blood vessels. The whole process will not cause too much bleeding, preventing fat from running into blood vessels. Optical fiber lipolysis has a strong skin tightening effect. This is because fiber optic lipolysis can heat the area close to the superficial layer of the dermis. The heat energy converted by the laser energy can make the skin smooth and firm and promote subcutaneous collagen. protein production
The needle of 980nm laser lipolysis uses a finer catheter, which is only one millimeter, and the trauma is smaller. The scar is only 0.3~0.5mm. It usually gradually fades and disappears after 3~6 months of recovery. The liposuction area can be sculpted more precisely.
The needle of 980nm laser lipolysis uses a finer catheter, which is only one millimeter, and the trauma is smaller. The scar is only 0.3~0.5mm. It usually gradually fades and disappears after 3~6 months of recovery. The liposuction area can be sculpted more precisely.
980nm uses local anesthesia to numb only a specific area of the body being treated so you’re awake during the procedure.The laser fiber is inserted through a very small tube into your body, the laser ruptures the fat cell membranes and the fat cells are permanently destroyed,at the same time, coagulate tiny blood vessels and stimulate dermal and subdermal neocollagenesis,you don’t have to worry about dimpling and sagging skin
Advantages
1. Maximum reliability, minimal side effects
2. 980 1470 are the most reliable equipment sof the market for laser assisted liposuction. They provide good absorption by adipose
tissue and H2O, less swelling and fewer side effects as edema or pain.
3. Less bruising will appear as laser coagulates small vessels immediately.
4. Perfect treatment control while seeing the amount of energy in W.
5. Atraumatic and very fine cannulas: incisions are very small.
6. Effective minimally invasive alternative
7.Patients may experience quicker healing and less recovery time, reducing the required time for follow-up in the office. Laser
contouring is a great option for patients who desire lower face and neck revitalization without the downtime of a face lift.
8.Desirable contours can be effectively achieved while gently shaping the face and body without the side effects of other
liposuction procedures. It is safe for all areas of the body, including the abdomen, face, neck, inner thighs, flanks, hips,
knees, back and arms.
1. Maximum reliability, minimal side effects
2. 980 1470 are the most reliable equipment sof the market for laser assisted liposuction. They provide good absorption by adipose
tissue and H2O, less swelling and fewer side effects as edema or pain.
3. Less bruising will appear as laser coagulates small vessels immediately.
4. Perfect treatment control while seeing the amount of energy in W.
5. Atraumatic and very fine cannulas: incisions are very small.
6. Effective minimally invasive alternative
7.Patients may experience quicker healing and less recovery time, reducing the required time for follow-up in the office. Laser
contouring is a great option for patients who desire lower face and neck revitalization without the downtime of a face lift.
8.Desirable contours can be effectively achieved while gently shaping the face and body without the side effects of other
liposuction procedures. It is safe for all areas of the body, including the abdomen, face, neck, inner thighs, flanks, hips,
knees, back and arms.
2.Dental
Absorption: Taking advantage of the different absorption abilities of different oral tissues to laser light, heating or other
reactions of specific tissues can be achieved without significantly affecting other tissues.
Heating: Laser energy can cause tissue to heat up. When the laser's energy is converted into heat, it can be used to cut, vaporize or solidify tissue. Different laser wavelengths and parameters can produce different heating effects.
Sterilization: The wavelength emitted by the laser will be absorbed by bacteria to achieve sterilization effect.
Tissue regeneration: Certain low-energy-output lasers can stimulate cell growth, helping to promote the recovery of damaged tissue and wound healing.
reactions of specific tissues can be achieved without significantly affecting other tissues.
Heating: Laser energy can cause tissue to heat up. When the laser's energy is converted into heat, it can be used to cut, vaporize or solidify tissue. Different laser wavelengths and parameters can produce different heating effects.
Sterilization: The wavelength emitted by the laser will be absorbed by bacteria to achieve sterilization effect.
Tissue regeneration: Certain low-energy-output lasers can stimulate cell growth, helping to promote the recovery of damaged tissue and wound healing.
Functions
1. Treat periodontal disease:
Laser can remove gums deep in periodontal pockets, remove infected soft tissue, and eliminate bacteria and their toxins to improve the cure rate. Laser treatment is less invasive and also stimulates the healing of gum tissue, meaning less discomfort and shorter recovery time.
2. Duya root:
During root surgery, the use of laser can help remove bacteria and infected tissue from the root canal to improve the healing rate.
3. Oral surgery:
Such as cutting lip tendons, treating lip rashes and oral ulcers (including prickly heat), eliminating oral lesions (such as
stains, vitiligo, lichen planus, etc.), crown augmentation, relieving tooth pain, etc.
4. Teeth repair:
Laser can be used to cut the gum and other soft tissues, so it can be used to modify the height of the gum and cut away the hyperplasia of the gum tissue, making the patient's smile more natural.
5. Remove dark spots on gums:
When melanin accumulates on the surface of the gum, "black spots" will appear on the gum, affecting its appearance. This condition is most common in people with smoking habits. Using laser, the melanin on the surface of the gum can be removed and the gum can
return to its normal color.
6. Teeth Whitening:
The laser activates the tooth whitening agent and accelerates the breakdown and removal of pigment from the tooth surface, making the teeth whiter.
Laser can remove gums deep in periodontal pockets, remove infected soft tissue, and eliminate bacteria and their toxins to improve the cure rate. Laser treatment is less invasive and also stimulates the healing of gum tissue, meaning less discomfort and shorter recovery time.
2. Duya root:
During root surgery, the use of laser can help remove bacteria and infected tissue from the root canal to improve the healing rate.
3. Oral surgery:
Such as cutting lip tendons, treating lip rashes and oral ulcers (including prickly heat), eliminating oral lesions (such as
stains, vitiligo, lichen planus, etc.), crown augmentation, relieving tooth pain, etc.
4. Teeth repair:
Laser can be used to cut the gum and other soft tissues, so it can be used to modify the height of the gum and cut away the hyperplasia of the gum tissue, making the patient's smile more natural.
5. Remove dark spots on gums:
When melanin accumulates on the surface of the gum, "black spots" will appear on the gum, affecting its appearance. This condition is most common in people with smoking habits. Using laser, the melanin on the surface of the gum can be removed and the gum can
return to its normal color.
6. Teeth Whitening:
The laser activates the tooth whitening agent and accelerates the breakdown and removal of pigment from the tooth surface, making the teeth whiter.
Nails fungus removal:
Laser system is indicated for use the temporary increase of clear nail in patients with phychomycosis (eg.dermatophytes
trichophyton rubrum and T. mentagrophytes and yeasts Candida albicans,etc.)
The principle is simple and there are no wounds
The equipment is used to emit a dense infrared laser beam, which penetrates the nail surface and goes deep into the nail bed for treatment, inhibiting fungi on the nail plate and nail bed. The patient will not feel pain during the process.
This method not only prevents normal healthy tissue from being damaged, but also stimulates nail growth without any obvious side effects.
trichophyton rubrum and T. mentagrophytes and yeasts Candida albicans,etc.)
The principle is simple and there are no wounds
The equipment is used to emit a dense infrared laser beam, which penetrates the nail surface and goes deep into the nail bed for treatment, inhibiting fungi on the nail plate and nail bed. The patient will not feel pain during the process.
This method not only prevents normal healthy tissue from being damaged, but also stimulates nail growth without any obvious side effects.
Patients may feel the slight warmth generated by the laser during treatment, but the degree is mild and no anesthesia is required.
The treatment does not interfere with the patient’s daily life. Many patients with onychomycosis can go for a run or get a
manicure immediately after receiving laser treatment. Infected nail beds are treated with laser to eliminate onychomycosis. After several sessions, the infected nails will grow back into healthy ones.
manicure immediately after receiving laser treatment. Infected nail beds are treated with laser to eliminate onychomycosis. After several sessions, the infected nails will grow back into healthy ones.
Laser Treatment Process
Usually 3 to 5 times constitute a course of treatment
Every 2 to 4 weeks
Usually it takes no more than 30 minutes each time
Usually 3 to 5 times constitute a course of treatment
Every 2 to 4 weeks
Usually it takes no more than 30 minutes each time
Vascular removal:
980nm laser is the optimum absorption spectrum of Porphyrin vascular cells.
Vascular cells absorb the high-energy laser of 980nm wavelength, solidification occurs and finally dissipated..
Vascular cells absorb the high-energy laser of 980nm wavelength, solidification occurs and finally dissipated..
Physical therapy pain relief:
1. What are the biological effects of laser physiotherapy on biological tissues?
The laser beam will have an impact on the cell membrane and mitochondria, which will in turn have an impact on the organelles that generate cellular energy, specifically in the following aspects:
– Increased cellular metabolic activity, accelerating the conversion of ATP to ADP
– In the process of relieving pain, laser increases the excitation threshold of nerve endings in nerve cells that transmit pain
signals.
– Vasodilation, the laser increases local heat that stimulates cellular metabolic activity, enhances neuro-vegetative responses
and regulates hydrostatic pressure within capillaries
– Increases lymphatic drainage by accelerating sodium/potassium, promoting more interstitial fluid to be absorbed and promoting microcirculation
2. What effects does laser physiotherapy have on our body?
– Analgesic effect, as laser physiotherapy greatly increases the pain threshold
– Anti-inflammatory effect, laser can increase local microcirculation and relieve inflammation
– The effect of accelerating healing. As a biostimulant, laser can accelerate the healing of injured tissues by increasing
metabolism and lead to wound closure without surgical indications, because the energy in the laser promotes the formation of
fibrous scar tissue.
– Relaxation effect, laser physiotherapy has a relaxing and relaxing effect on tissues due to the microthermal effect and increase
in metabolism.
3. What are the indications and contraindications of laser physiotherapy?
Laser physical therapy is considered effective in the treatment of tendonitis, sprains, bruises, osteoarthritis, various
inflammations, edema, ulcers, and wounds.
The purpose of laser physiotherapy is not to heat in the simple sense, but to eliminate inflammation, reduce pain and promote
healing by restoring cell tissues that have been out of balance due to trauma, aging, and wear and tear.
Few contraindications to laser physiotherapy are pregnancy, pacemakers, malignant tumors and epilepsy.
The laser beam will have an impact on the cell membrane and mitochondria, which will in turn have an impact on the organelles that generate cellular energy, specifically in the following aspects:
– Increased cellular metabolic activity, accelerating the conversion of ATP to ADP
– In the process of relieving pain, laser increases the excitation threshold of nerve endings in nerve cells that transmit pain
signals.
– Vasodilation, the laser increases local heat that stimulates cellular metabolic activity, enhances neuro-vegetative responses
and regulates hydrostatic pressure within capillaries
– Increases lymphatic drainage by accelerating sodium/potassium, promoting more interstitial fluid to be absorbed and promoting microcirculation
2. What effects does laser physiotherapy have on our body?
– Analgesic effect, as laser physiotherapy greatly increases the pain threshold
– Anti-inflammatory effect, laser can increase local microcirculation and relieve inflammation
– The effect of accelerating healing. As a biostimulant, laser can accelerate the healing of injured tissues by increasing
metabolism and lead to wound closure without surgical indications, because the energy in the laser promotes the formation of
fibrous scar tissue.
– Relaxation effect, laser physiotherapy has a relaxing and relaxing effect on tissues due to the microthermal effect and increase
in metabolism.
3. What are the indications and contraindications of laser physiotherapy?
Laser physical therapy is considered effective in the treatment of tendonitis, sprains, bruises, osteoarthritis, various
inflammations, edema, ulcers, and wounds.
The purpose of laser physiotherapy is not to heat in the simple sense, but to eliminate inflammation, reduce pain and promote
healing by restoring cell tissues that have been out of balance due to trauma, aging, and wear and tear.
Few contraindications to laser physiotherapy are pregnancy, pacemakers, malignant tumors and epilepsy.
