Product Overview

Description

 

 Multi-function 980nm 1470nm diode laser machine approved by CE and FDA

 

1. Product details

 

Parameter

Beam Transmission	Biquartz Optical Fiber
Working Mode	Pulse, Contunous, Single
Wavelength	650nm & 980nm & 1470nm
Pulse Width	0.01-1 s
Pilot Beam	Red Diode Laser of 635nm, Power<5mw
Classification	Electrical Class IV, Type B applied part
Power	980nm(30w) 1470nm(17w)
Voltage	AC90V - 240V
Gross Weight	24 KG

2. Functions

3. Physiotherapy

3.1 What is laser therapy?

    Laser Therapy is used for the relief of pain, to accelerate healing and decrease inflammation. When the light source is placed against the skin, the photons penetrate several centimeters and get absorbed by the mitochondria, the energy producing part of a cell. This energy fuels many positive physiological responses resulting in the restoration of normal cell morphology and function. Laser Therapy has been successfully used to treat a broad range of medical conditions, including musculoskeletal problems, arthritis, sports injuries, post-surgical wounds, diabetic ulcers and dermatological conditions.

     980nm 1470nm diode laser use the biological stimulation of light promotes, reduces inflammation and alleviates , is a non-invasive treatment for acute and chronic conditions.It is safe and appropriate for all ages, from the young to the older patient that may suffer from chronic pain.

3.2 Application

3.3 Advantages
* Eliminates pain
* Restores normal range of motion and physical function
* Easily applied
* Non-invasive
* No known adverse effects
* Provides a treatment alternative for patients that have not responded to other therapies

4. Spider veins removal

4.1 working principle

    Telangiectasias, commonly known as spider veins, are usually tiny dilated blood vessels beneath the skin surface and calibrated between 0.5 &1 millimeter in dimension. The might take place wherever on the body, neertheless are normally abserved around the nasal area, cheeks & chin. They may also apper on the lower limbs exclusively on the top of the legs, usually just blow the knee joint in addition to throughout the ankles. Problems can occur when the valves inside the blood vessels behave faulty. 

    Staripl 980nm 1470nm diode laser spider vein removal machine is based on the thermal action of the laser. The transcutaneous irradiation (with a penetration of 1 to 2 mm in the tissue) causes tissue selective absorption byhemoglobin (hemoglobin is the main target of the laser). 980nm laser is the optimum absorption spectrum of Porphyrin vascular cells. Vascular cells absorb the high-energy laser of 1470nm wavelength, solidification occurs and finally dissipates.

4.2 Clinical application of laser vein removal

• Vascular Lesions


• Telangiectasia(spider veins)


• Spider Angiomas(radiating spider veins)


• Cherry Angiomas(red dots)


• Neovascularization(redness in new scars)


• Venous Lakes(blue spider veins)


• Rosaces(adult acne and flushing)

4.3 Advantages

• Complete: pulsed laser can penetrate deep into the skin’s vascular tissue, stimulate the laser beam to be absorbed by hemoglobin, let hemoglobin solidify, make vascular tissue closed, and completely achieve perfect spider vein removal.


• No scars: 980nm laser can intelligently identify skin lesions, there isn’t any impact on the normal skin tissue during the whole treatment, it is non-invasive physical therapy, there will be no cut on the skin, combines with proper post-long care, will almost no scarring.


• Fast and easy: only twenty minutes can finish one treatment


• Immediate result: After the 940nm/532nm laser treatment, large blood vessels will become smaller and lighter, and smaller vessels will disappear directly, the treatment effect is very significant.

5. Podiatry

5.1 Podiatry laser treatment

    Podiatry lasers are always used to reduce treatment pain, avoid or minimize ospital cofinement,and enable patients to flexibility comfortably as soon as possible. Dimed develops lasers offering ease of use and the best possible value for the podiatric community. The 980nm 1470nm wavelengths ensure deep tissue penetration. 

5.2 Applications

• Onychomycosis


• Plantar warts


• Vascular lesions


• Intractable plantar keratosis


• Minor soft tissue surgery (cut, coagulation, and vaporization)


• Podiatric postoperative of hallux-valgus and finger trigger


• Plantar fascitis


• Tendinitis aquileia

6. Endolaser

6.1 Lipolysis laser for fat removal and skin tightening

       Laser-assisted lipolysis is a minimally invasive procedure for the removal of stubborn pockets of fat. It can effectively reduce areas of fat resistant to diet or exercise with minimal side effects than traditional liposuction. The procedure uses a laser to effectively “melt” unwanted fat and then either allows the body to metabolize the melted fat or uses “aspiration”, a form of suction that allows the practitioner to remove greater quantities of fat.  

6.2 Laser lipolysis treatment areas

        face                                                                        Body                                                                              

• Blepharoplasty                                                                  ankle


• Lower eyelid


• Mandibular border                                                             knee


• Under chin


• Neck                                                                                  inner thigh/arm


• Mid and lower fae                                                              abdomen and peri-umbilical area

6.3 Advantages

• Minimal invasiveness


• Virtually no blood loss


• Minimal recovery time


• Usually no loose skin due to heat shrinkage


• Several areas can be treated at the same time with virtually invisible entry points


• Can be performed as a “walk in and walk out” procedure

7. Dental beauty

7.1 Functions

                             

7.2 Advantages

• Minimal bleeding, swelling


• Less or no anesthesia


• More precise cutting


• Less or no pain


• Minimal or no suturing


• Little or no gingival recession


• Less drug intervention


• Reduction in surgical time


• Minimal postoperative discomfort


• Faster healing

8. EVLA

8.1 Phlebological laser varicose veins

    Endovenous Laser Ablation Treatment, also known as endovenoud laser therapy, is a safe, proven medical procedure that not only treats the symptoms of varicose veins but also treats the underlying condition that causes them.

8.2 Clinical applications of evla laser treatment

During the EVLA procedure, the surgeon uses ultrasound to find the vein to be treated. The veins that can be treated are the main venous trunks of the legs:

• Great Saphenous Vein (GSV)


• Small Saphenous Vein (SSV)


• Their major tributaries such as the Anterior Accessory Saphenous Veins (AASV)
  difference between 1470nm and 1940nm endovenous laser

8.3 Advantages

• Minimally invasive, less bleeding.


• Curative effect: operation under direct vision, the main branch can close tortuous vein clumps


• Surgical operation is simple, treatment time is greatly shortened, and reduce patient’s pain


• Patients with mild disease can be treated in the outpatient service.


• Postoperative secondary infection, less pain, quick recovery.


• Beautiful appearance, almost no scar after surgery.

9. Hemorrhoid treatment

9.1 Hemorrhoid laser treament  Hemorrhoids (also known as “piles”) are dilated or bulging veins of the rectum and anus, caused by increased pressure in the rectal veins. Hemorrhoids may cause symptoms that are: bleeding, pain, prolapses, itching, spoilage of feces, and psychological discomfort. There are many methods for the treatment of hemorrhoids like, medical therapy, cryotherapy, rubber band ligation, sclerotherapy, laser, and surgery. Hemorrhoids are enlarged blood vessel nodules in the lower part of the rectum.

 

 

 

9.2 Advantages

• The average operative time is less than conventional surgical procedures.


• Intraoperative as well as postoperative bleeding is significantly less.


• Postoperative pain is considerably less.


• Good and rapid healing of the operated area with minimal inflammation.


• Quicker recovery and early return to a normal lifestyle.


• Many procedures can be done under local or regional anesthesia.


• The complication rate is much less.

10. PLDD

10.1 Diode laser 980nm 1470nm for PLDD

     Denervation for chronic back pain starting from the small vertebral joints (facet joints) or sacroiliac joints (ISG) Percutaneous laser disc decompression (PLDD) for conservatively unmanageable herniated discs with pain radiating into the legs (sciatica) and acute disc damage without radiating pain.

 

10.  Accessories

11. FAQ

Q1: Delivery Methods

We can offer the door to door service by air or by sea, just depend on your actual request. Such as DHL, UPS, TNT, FEDEX… by air; and the sea transportations to all over the world, including: America, Canada, Brazil, Russia, Mexico etc...

 

Q2: Delivery Time

After we get the payment  within 3-5 working days 

 

Q3: After Sale Service or Technology Supports

We have a professional technology supporting team for your timely services. We prepare the technical documents for you, also you can contact us by telephone, online chat (googletalk, MSN, skype, yahoo…).

 

Q4: OEM&ODM service

We offer professional services on software & hardware design and production

12. About us

13. Company's info