Soft tissue minimally invastive Piles Laser Machine

Piles (or haemorrhoids) are vascular tissue or ‘cushions’ located in the anal canal. They form part of the normal human anatomy, and function to help prevent leakage of stool or gas. Piles become problematic (haemorrhoidal disease) when they swell up and/or bleed during defecation. For some, both internal and external haemorrhoids can occur simultaneously. It is estimated that 35% of the population has a form of haemorrhoid. Generally, most cases of haemorrhoids are mild and people do not experience any symptoms.

Piles can be classified into four grades:

• First degree: Internal piles that bleed, but do not prolapse past the anus (or ‘pop out’).
• Second degree: Piles that prolapse past the anus during bowel movement but reduce spontaneously.
• Third degree: Piles that are prolapsed and must be manually reduced.
• Fourth degree: Piles that are permanently prolapsed and cannot be reduced, or piles with painful blood clots.

Usual symptoms experienced:

• Bleeding before, during or after bowel movement
• Bright red blood from the anus on the toilet paper or in the toilet bowl
• Anal lumps
• Pain or itching in the anal area

What are the different laser surgeries available?

Laser treatments for piles include:

Hemorrhoidal LASER Procedure (HeLP)

Laser hemorrhoidoplasty (LHP)

Laser treatment for piles in Hyderabad

What is Hemorrhoidal LASER Procedure (HeLP)?

It is minimally invasive laser surgery for hemorrhoids that does not require anesthesia. The procedure involves the identification of terminal branches of the rectal artery using Doppler, followed by photocoagulation of these branches using a LASER diode fiber (1470nm).

What is laser hemorrhoidoplasty (LHP)?

Similar to HeLP, blood flow to the hemorrhoidal plexus is stopped by laser coagulation of branches of the rectal artery.

What is Laser hemorrhoidectomy?

Laser cauterization is a technique in which the surgeon burns to shrink the swollen hemorrhoids. Alternatively, the surgeon may use a narrow beam of the laser to focus only on hemorrhoid and not damage the nearby tissues. It is a safe procedure with minimal bleeding and a quick healing time.

A laser fiber is passed through the anal opening and laser energy is applied to the haemorrhoidal mass. The controlled emission of laser energy reaches the submucosa zone, causing the haemorrhoidal mass to shrink. Fibrosis reconstruction generates new connective tissue, ensuring the mucosa adheres to the underlying tissue preventing the recurrence of prolapse.

Laser Piles Treatment Method:

Hemorrhoidal LASER Procedure is a painless outpatient technique that does not require anesthesia, in addition to being safe and easy to perform. It is effective in reducing symptoms and complications of the hemorrhoidal disease grades I and II, with high satisfaction rates.

Without the need of anesthesia, terminal arterioles of the upper rectal artery are identified by a Doppler transducer (20 MHz probe 3 mm) placed on a specially designed proctoscope. After identification, it promotes arteriolar electrofulguration at 980 nm fiber laser diode, causing interruption of hemorrhoidal flow. This procedure is repeated circumferentially, following the clockwise positions

Technical Specification:

Advantages Of Peralas 980nm Laser In Piles, Fistula Treatment:

• High success rate
• Low recurrence rate – the comparative rate is much lower than the traditional methods.
• Quick treatment – Take less than an hour. Saves tremendous time for you and your patient.
• Minimal invasion – just a nick in the skin, so no scar or stitches.
• Minimal blood loss. Minimal pain. Less traumatic.
• Instant Relief from accompanying symptoms - Since no surgery and extremely less harm to neighboring tissues, so recovery is fast. Even less pain, bruising and numbness.
• OPD procedure performed with Local anesthesia – It’s safer than General anesthesia. There’s no hospitalization, ambulatory.
• Quick Recovery - No downtime. Minimal post operative pain. Your patient can walk away post operation and can quickly regain his normal activity
• Greater Surgical Precision.
• Reduced Risk of infection.