Photoniccs 15W/1470 nm diode laser offers high success rates for laser surgery procedures in surgeries such as piles, Fissure, fistula and pilonidal sinus etc.
As the Photoniccs 15W/1470 nm diode laser is the best laser surgical device, and we provide best surgical training to our users, surgeries performed by Photoniccs 15W/1470 nm diode laser have a very low recurrence rate.
Photoniccs 15W/1470 nm diode laser is the most cutting-edge technology for laser surgery Laser fibres are used for precisely delivering laser energy at the intended site, making the treatments very quick and successful.
Photoniccs 15W/1470 nm diode laser is the most cutting-edge technology for laser surgery. Only a small prick is required for laser treatments of indications such as piles, fissure, fistula, pilonidal sinus making the treatments completely minimally invasive.
Photoniccs 15W/1470 nm diode laser allows the patients to make complete and quick recovery.
EVLT (Endovenous Laser Treatment) is a procedure leading to occlusion of varicose veins. It involves putting a fibre optic into a saphenous vein through a catheter. Then the laser is turned on and slowly withdrawn from the vein. Thanks to light tissue interaction mainly thermal effects occur, the tissue is heated and the walls of the vein shrink, because of alteration of endothelium and contraction of collagen. There are two possibilities of performing the treatment: with pulsed and continuous-wave laser operation. Using the pulsed operation also the fibre is withdrawn step by step. A better choice is to use continuous-wave laser and to withdraw the fibre also continuously, what provides more homogenous illumination of the vein, less tissue damage outside the vein and better results. The therapy is just a beginning of the occlusion process. After the treatment the veins are shrinking for several days or weeks. That’s why in the long-period observation, very good results are obtained.
Laser Technology
Laser powered by the 1470nm diode device along with recent innovations brings the cutting edge technology to Tumescent Liposuction, including targeted fat removal with minimal bleeding and bruising with less physician exertion and a faster recovery in patients. The Laser system consists of a 1470nm wavelength device, which specifically targets fat-water absorption with the combined capability of infiltration and suction. The device has an integrated cannula and fiber interface for simultaneous lasing and suction. AR Photoniccs device is most beneficial in the treatment for efficient fat-emulsification and removal of fatty tissues. The unique radial and bare emitting fiber of the device helps in wider and even-heat emission distribution, with precise temperature control capabilities. The results are improved skin tightening, reduced procedure time, high-fat viability for successful grafting and superior clinical results.
Optimal Wavelength
AR Photoniccs laser device operates in the 1470nm wavelength, which precisely targets water in soft tissues. It features a higher absorption rate of water and fat than all other competing devices. The device allows for optimized fat removal, with minimum tissue damage. Laser energy is delivered at a low power density for maximum safety, minimizing the risk of burns.
Liposuction Cannula
Liposuction cannula helps break up fatty tissue so that it can be easily suctioned and removed from the body. Small precise oscillations allow surgeons to target specific areas safely without damaging the surrounding tissue. This technique is especially useful for treating areas with dense and fibrous adipose tissue. Cannula combined with simultaneous lasing and suction allows surgeons to remove fat more quickly with ease and less manual force. This results in less bruising and shorter recovery time and more comfortable experience for both surgeon and patient.
A new and innovative technique combines the action of the infrared laser and the Laser handpiece in order to accelerate the production and the remodeling of mucosa’s collagen. Improvement up to 70% from the first treatment* Age and muscular stress often cause an atrophic process within the vagina. If not adequately treated, this results in dryness, sexual difficulties, itching, burning, tissue laxity and urinary incontinence. The main cause of this is the loss of tone of the vaginal mucosa. The Laser treatment targets the vaginal mucosa. The wavelength (1470nm), combined with the controlled, radial emission of the Laser hand piece, has a bio-modulating effect that stimulates Neocollagenesis and regenerates the epithelium and the connective tissue. This action rejuvenates the mucosa by restoring firmness, flexibility and hydration; therefore, considerably reducing symptoms, that are usually attributes of menopause. Laser also has a positive effect on urinary incontinence, in many cases restoring the normal functions. The main advantage of using a diode laser is that the laser can penetrate deeper, targeting the mucosa, without causing an ablative thermal injury. The design of handpiece and the circular emission are the uniqueness of the Laser. They allow for a painless treatment. The combination also ensures that the laser evenly targets all tissue on the inner walls of the vagina. Although the software is easy to use with suggested settings, the surgeon can also manually alter the settings according to the requirement of the surgery. Additional handpieces are available for internal and external vulvar treatments, as well as aesthetic microsurgery.
AR Photoniccs Laser is a complete solution that treats a wide range of feminine indications. It provides effective care for a highly diverse range of needs, including:
PLDD a minimally invasive procedures for managing radicular spine pain. PLDD procedures are performed under local anaesthesia. An optical fibre is inserted into a working cannula under fluoroscopic guidance. Using fluoroscopy alongside a contrast medium, the cannulas position and the condition of the disc bulge can be confirmed. The laser will then initiate decompression and lower intradiscal pressure. A posterior-lateral approach with no interference to the vertebral canal, PLDD minimises the possibility of damaging the dural sac when operating on higher segments or spinal roots. It is important to note this is a reparative treatment and will not reinforce the annulus fibrosus. Using the laser to perform disc decompression results in a small amount of the nucleus pulposus evaporating; meaning there is a minimal decrease in the volume of the disc, however disc pressure can be significantly reduced.
The diode laser made by AR Photoniccs is a high-powered surgical laser, expertly manufactured in Canada. All systems in the unit are carefully selected and monitored by their internal R&D division. The AR Photoniccs laser has high definition touch screen with excellent colour quality and a wide field of view in order to provide the operator with ease of use. Individual user settings can be saved on the device, allowing for the quick and easy selection of personalised treatment parameters.