980nm 1470nm 635nm Endolift Laser Machine for Non Surgical Fat Reduction Body Contouring and Skin Tightening with Precise Laser Technology

980nm 1470nm 635nm Endolift Laser Machine for Non Surgical Fat Reduction Body Lipolysis Face Skin Tightening with Precise Laser Technology

980+1470nm Endolift Laser Working Theory:

The semiconductor laser therapy device uses the 1470nm wavelength fiber-coupled laser to treat the needle with a disposable lipolysis fiber, precisely locates excess fat and fat in the body, directly hits the target tissue fat cells, and rapidly dissolves and liquefies. The instrument mainly acts on deep fat and superficial fat, and transfers the energy directly to the fat cells for uniform heating. During the heating process, the connective tissue and fat cell structure can be changed by controlling the heat, and the adipose tissue has a photothermal effect (so that the fat is dissolved).

The treatment has the characteristics of strong controllability, exact efficacy, minimally invasive, simple operation, no incision, little trauma, short operation time, no pain, no bleeding, no scar, increased beauty, less complications, fast recovery, low recurrence rate. Advantages and efficient security. During the operation, the varicose mass disappeared. Normal activities do not need to maintain bed rest after surgery, which can effectively improve the signs of the legs.

What is the Endolift laser treatment for?

Endolift treatment is performed thanks to specific single-use micro optical fibers, thin like a hair (FTF Eufoton) , which are easily inserted under the skin into the superficial hypodermis.

The main activity of Endolift is promoting skin tightening: in other words, the retraction and reduction of skin laxity thanks to the activation of neo-collagenesis and of metabolic functions in the extracellular matrix.

The skin tightening created by Endolift is strictly linked to the selectivity of the laser beam used, that is, to the specific interaction of the laser light which selectively hits two of the main targets of the human body: water and fat.

The treatment has multiple purposes:

1. The remodeling of both deep and superficial layers of the skin;
2. Both immediate and medium to long-term tissue toning of the treated area: due to the synthesis of the new collagen. In short, the treated area continues to redefine and improve its texture, even months after treatment.
3. The retraction of connective septum, the stimulation of collagen production, and, when necessary, the reduction of excessive fat.

Compared to 980nm diode laser for endolift treatment, results will be quicker

and a faster healing period, as well as a smaller skin tissue burning problem.

980+1470nm Endolift Laser Features:

Product Name: 1470nm Endolift Laser Machine

Fiber core diameter: 400μm/600μm/800μm for 400μm endolifting and aesthetic endolift

Aiming beam: 650nm

Length of Fiber: 3 Meters

Power: 1470nm 15W/20W

HOW ABOUT RESULTS?? CHECK HEREBY

Parameters:

1. Minimal Downtime: Depending on the specific procedure and the patient's individual response, recovery time

is often shorter than traditional surgical alternatives.

2. Versatility: Diode lasers can be used for various cosmetic applications, including skin rejuvenation, hair removal,

vascular treatments, and potentially techniques like "endolift" if it's a valid procedure.

3. Natural-Looking Results: When used properly, diode lasers can provide natural-looking results by enhancing the

skin's appearance without the need for extensive surgery.

Machine Display

Some Tips for Preparation Before Endolift Laser Treatment

Endolift laser treatment is a minimally invasive procedure used for skin tightening, facial contouring, and body rejuvenation.

Proper preparation ensures optimal results and reduces the risk of complications. Here’s what you should do before your session:

First but important 1. Consultation & Medical Evaluation!!!
✔ Consult a qualified practitioner to assess your suitability for Endolift.
✔ Disclose medical history, including allergies, skin conditions, and medications.
✔ Inform your doctor if you have:
- Active infections or herpes simplex (cold sores)
- Autoimmune disorders
- Pregnancy or breastfeeding
- History of keloid scarring

2. Pre-Treatment Skincare & Medications
✔Avoid blood-thinning medications (aspirin, ibuprofen, fish oil, vitamin E) 1 week before to minimize bruising.
✔ Stop retinoids, exfoliants, or harsh skincare products 3–5 days prior.
✔ If prone to cold sores, take antiviral medication (as prescribed) 1–2 days before.
✔ Avoid alcohol and smoking 48 hours before treatment (slows healing).

3. Skin Preparation
✔ Cleanse skin thoroughly before the procedure (no makeup, lotions, or sunscreen).
✔ Avoid sun exposure, tanning, or self-tanners for 2 weeks before treatment.
✔ Shave the treatment area if needed (for facial/body hair).

4. Day of Treatment
✔ Arrive with clean, product-free skin.
✔ Stay hydrated to aid recovery.
✔ Wear comfortable, loose-fitting clothing (if treating the body).

5. What to Avoid Before Treatment
✖ Botox/fillers (wait at least 2 weeks before Endolift).
✖ Chemical peels or laser treatments (wait 4 weeks).
✖ Waxing or threading near the treatment area (wait 1 week).

6. Post-Treatment Planning
✔ Arrange for someone to drive you home if treating a large area.
✔ Have cooling gels or aloe vera ready for soothing aftercare.

Final Tips
- Follow your doctor’s specific instructions.
- Stay relaxed—Endolift is a minimally invasive procedure with almost no downtime.

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Different Types of Fibers For Options.

Regarding the sterilization and disinfection of optical fibers:

Do Not Use Autoclave: Autoclaving will damage the optical fiber.

Ethylene oxide or hydrogen peroxide plasma: Some reusable optical fibers are designed for re-sterilization using these methods.

Ethylene oxide (EtO) gas: EtO is an effective low-temperature sterilization method that can be used to sterilize delicate and heat-sensitive materials, including many synthetic textiles and medical devices. It can penetrate deeply into fibrous materials, but careful ventilation is required to remove toxic residues.

Ultraviolet (UV) radiation: Ultraviolet light can disinfect the surface of some optical fibers. It is only effective where light can penetrate; therefore, it is not suitable for complex or porous materials. Prolonged exposure to sunlight may damage some polymers.

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