Laser ablation

The laser hemorrhoid ablation technique, otherwise known as laser hemorrhoidoplasty or laser obliteration, is well-established in the treatment of hemorrhoidal diseases II, III and IV grades by laser hemorrhoidal obliteration.

How it  works?

A laser hemorrhoid plastic surgery involves the introduction of a fiber, into the cavity of the hemorrhoid plexus and its obliteration with a light beam at the wavelength of 1470 nm. The submucosal emission of light causes shrinkage of the hemorrhoid mass, the connective tissue renews itself - the mucosa is adhered to the underlying tissues thereby eliminating the risk of the nodule prolapse. The treatment leads to the reconstruction of collagen and restores the natural anatomical structure. The procedure is performed on an outpatient basis under local anesthesia or light sedation.

Advantages of laser method

Unlike other methods, hemorrhoidoplasty does not require any foreign materials, e.g. rubber bands, staples, threads. It does not require any incisions and sewing. There is no risk of stenosis. The surgery and recovery time is shortened. Patients are not at risk of post-operative pain and can quickly return to their normal activities.

• No sutures

• No foreign materials

• No wounds or bleeding

• No pain

Why is it worth it?
The use of the laser ablation technique is more comfortable both for the patient and the doctor.
Benefits for the patient
• Painless treatments
• No risk of damage to the mucosa and sphincter
• Low risk of complications
• Reduction of tissue in the hemorrhoidal venous cushions
• Outpatient procedure or one-day surgery
• Short recovery time
Benefits for the doctor
• No need to cut
• Treatment without the use of rubber bands, staples, threads
• No need to sew
• No bleeding
• Low risk of complications
• Possibility to repeat the treatment

Why is 980nm 1470nm?

Laseev, emits energy at the wavelength of 980nm+1470 nm. The wavelength has a high degree of water absorption in the tissue with simultaneous effects on blood. The bio-physical property of the wave used in the Laseev laser means that the ablation zone is shallow and controlled, and therefore there is no risk of damage to adjacent tissues (e.g. sphincter). Additionally, 980nm wavelength has a very good effect on blood (no risk of bleeding). These features make the Laseev laser a safer and cheaper alternative to near-infrared lasers (810nm-980nm, Nd: YAG 1064nm) and far-infrared laser (CO2 10600nm).