Triple Wavelength in One Machine - 15w/1470nm + 15w/980nm + 635nm (30w)

Wavelengths are used for various treatments including Endovenous Laser Treatment (EVLT) for varicose veins, proctology, cosmetic gynecology, liposuction, therapy, wound management, and podiatry.

Why choose Photoniccs?

Dual Wavelengths:Photoniccs Offers a choice of two wavelengths (1470+635) for versatile treatment options.

Fiber Options :Provides three types of fibers - bare, radial, and conical - for precise and tailored treatments.

Cutting-Edge Technology: Incorporates advanced technology for effective and efficient procedures.

Predefined Therapy Protocols: Features an extendable database of therapy protocols that can be customized for individual patients.

Low Operating Costs: Ensures cost-effectiveness with the lowest operating costs.

Compact Size: Compact and small-sized devices for convenient use and storage.

Flexibility: Offers flexibility in development and other customized parameters for tailored treatments.

Laser Treatment for Proctology

Hemorrhoids / Piles

During laser treatment, a radial fiber delivers laser energy to hemorrhoidal nodes, eliminating them from the inside. This method preserves the mucosa and sphincter structure with high precision. Laser energy blocks the blood supply to the abnormal tissue, destroying the venous epithelium. This process shrinks and eliminates the hemorrhoidal pile. Laser surgery offers the advantage of fibrotic reconstruction, which creates new connective tissue, ensuring the mucosa adheres to the underlying tissue, preventing prolapse. The process is fast, requiring just a few minutes.

Fistula

During laser treatment for fistulas, a radial fiber delivers laser energy into the anal fistula tract under local or general anesthesia. This process thermally ablates and closes off the abnormal pathway, destroying the fistula epithelium and obliterating the remaining tract through shrinkage. Controlled destruction of epithelialized tissue causes the tract to collapse significantly, aiding the healing process. The advantage of using a diode laser with a radial fiber is the operator's control and its suitability for convoluted tracts. The process is speedy, requiring only a few minutes.

Fissure

The treatment for anal fissures is done under local anesthesia, eliminating the need for hospitalization. Laser technology is used to vaporize the diseased tissue, effectively removing the fissure. Laser surgery for anal fissures has high success rates and is considered a modern, cutting-edge approach to treatment, offering a superior alternative to traditional methods.

Pilonidal Sinus

In contrast to traditional methods, laser treatment for pilonidal sinuses targets the condition deeply and effectively. It is a non-invasive procedure, ensuring a painless experience with therapeutic effects that significantly aid in the rapid healing of pilonidal cyst disease. The laser removes inflamed structures and sinuses with precision, typically completing the procedure in about 30 minutes. Laser treatment minimizes collateral damage, leading to a quicker and easier healing process with minimal pain. The risk of recurrence is low, and complete healing and restoration of the pilonidal cyst are achievable. Laser surgery stands out as a superior option compared to other surgical procedures for pilonidal sinuses.

Laser Treatment for Varicose Veins

Endovenous Laser Treatment (EVLT) is a highly effective procedure for treating varicose veins by causing their occlusion. During the procedure, a fiber optic is inserted into a saphenous vein through a catheter, and the laser is activated, slowly withdrawn from the vein. The laser's thermal effects heat the tissue, leading to the shrinking of vein walls through endothelial alteration and collagen contraction.

EVLT can use pulsed or continuous-wave laser operation. Continuous-wave operation, preferred for its uniform vein illumination and minimal tissue damage, involves continuous fiber withdrawal, unlike pulsed operation, which is step-by-step. This method typically yields superior results.

It's important to note that EVLT initiates the occlusion process, and the veins gradually shrink over several days or weeks after treatment. Long-term observations have shown very positive outcomes from this procedure.

Laser Treatment for Liposuction

Laser Technology

The 1470nm + 980 nm diode laser is a state-of-the-art technology used in Tumescent Liposuction for targeted fat removal with minimal bleeding and bruising. This laser operates at a wavelength that effectively targets fat-water absorption, requiring less effort from physicians and leading to faster patient recovery. It also features an integrated cannula and fiber interface, allowing for simultaneous lasing and suction capabilities. The AR Photoniccs laser device is particularly advantageous for fat emulsification and removal. Its unique radial and bare emitting fiber ensures a wider and more uniform distribution of heat, leading to improved skin tightening, reduced procedure time, increased fat viability for grafting, and superior clinical outcomes.

Optimal Wavelength

The 1470nm + 980 nm wavelength options of the AR Photoniccs laser device effectively targets water in soft tissues, offering a higher absorption rate of water and fat compared to other devices. This allows for optimized fat removal with minimal tissue damage, delivering laser energy at a low power density for maximum safety.

Liposuction Cannula

The liposuction cannula used in conjunction with the laser is designed to break up fatty tissue, making it easier to suction and remove from the body. Its precise and small oscillations allow surgeons to target specific areas safely, particularly effective for treating dense and fibrous adipose tissue. The cannula, when used with simultaneous lasing and suction, enables surgeons to remove fat more efficiently with reduced manual force, leading to less bruising, a shorter recovery time, and a more comfortable experience.

Before - After

Laser Treatment for Cosmetic Gynecology

Laser Vaginal Rejuvenation Treatment, a form of laser treatment for cosmetic gynecology, employs an innovative approach combining infrared laser technology with a specialized handpiece. This treatment accelerates the production and remodeling of mucosa collagen, leading to remarkable improvements, often up to 70%, after just one session. Age and muscular stress can lead to atrophic changes in the vagina, resulting in symptoms like dryness, sexual difficulties, itching, burning, tissue laxity, and urinary incontinence, primarily due to a loss of tone in the vaginal mucosa.

The laser treatment utilizes a 1470nm wavelength combined with a controlled, radial emission from the laser handpiece. This combination stimulates Neocollagenesis, rejuvenating the mucosa by regenerating the epithelium and connective tissue. This restoration of firmness, flexibility, and hydration significantly reduces menopause-related symptoms. Moreover, the treatment can have a positive impact on urinary incontinence, often restoring normal function.

A key advantage of using a diode laser is its ability to penetrate deeply, targeting the mucosa without causing ablative thermal injury. The handpiece's unique design and circular emission ensure a painless treatment that evenly targets all inner vaginal tissue. The treatment software is user-friendly, offering suggested settings, while allowing surgeons to manually adjust settings as needed. Additional handpieces are available for treating both the internal and external vulvar areas, as well as for performing aesthetic microsurgery.

Laser Vaginal Rejuvenation Treatment with One Solution

The AR Photoniccs Laser offers a comprehensive solution for Laser Vaginal Rejuvenation Treatment, effectively addressing a variety of feminine indications. It provides tailored care for a diverse range of needs, including:

• Vaginal Tightening Stress
• Vaginal Dryness & Recurrent Infections
• Urinary Incontinence (SUI)
• Post - Delivery Rehabilitation
• Post - Menopause - GSM

Advantages of Laser Cosmetic Gynecology Treatment

• Increased Collagen
• Improved Sensation
• Improver Muscle Tone
• Enhanced Orgasm
• Reduced Vaginal Dryness
• Fully Outpatient Process without anesthesia
• No Side Effects
• Non Invasive
• Effective and Painless

Laser Treatment for PLDD

Percutaneous Laser Disc Decompression (PLDD) is a minimally invasive procedure used to manage radicular spine pain. It is performed under local anesthesia and involves inserting an optical fiber into a working cannula guided by fluoroscopy. Fluoroscopy, combined with a contrast medium, helps confirm the cannula's position and the condition of the disc bulge.

The laser is used to initiate decompression and reduce intradiscal pressure. PLDD employs a posterior-lateral approach to avoid interfering with the vertebral canal, minimizing the risk of damaging the dural sac when operating on higher segments or spinal roots.

It's important to note that PLDD is a reparative treatment and does not reinforce the annulus fibrosus. The laser decompression results in a small amount of the nucleus pulposus evaporating, leading to a minimal decrease in disc volume. Nonetheless, disc pressure can be notably decreased.

Main indications

• Degenerative disc disease
• Bulging disc
• Pinched nerve (nerve root compression)
• Sciatica

User-friendly software

The AR Photoniccs diode laser is a high-powered surgical laser designed with user-friendly features. Crafted in Canada, each component is carefully chosen and overseen by their internal R&D division. The laser features a high-definition touch screen with vibrant color quality and a wide field of view, ensuring ease of use for the operator. Additionally, personalized user settings can be saved on the device, allowing for a quick and effortless selection of treatment parameters.

Benefits of PLDD

• Day care procedure
• No general anaesthesia
• No arthrodesis (fusion)
• Minimally invasive
• Excellent patient outcomes
• Minimal recovery time
• Minimal scar tissue formation

Application of Laser

• Proctology
• Varicose Veins Liposuction
• Cosmetic Gynaecology
• Hysteroscopy
• Low Laser Therapy
• Tumor Ablation
• Wound Management
• Diabetic Foot
• General Surgery