Otorhinolaryngology

Surgical lasers are widely used in all fields of otorhinolaryngology: othiatrics, rhinology and laryngology. In principle, two surgical laser applications are distinguished:

Cutting / ablation of tissue
Coagulation / photoangiolysis of tissue

With FiberLase S and VTLase in their daily practice, a specialist can perform precision manipulations on the operated area. Good hemostasis allows to keep the surgical field dry, which improves visibility during surgery, and compatibility with any endoscopes and microscopes makes it possible to operate on patients with ENT pathology of different localization. The ability to perform precise, strictly dosed thermal influences allows to perform functional and minimally invasive surgeries. For example, instead of traditional removal of adenoids using cold instruments, which carries a risk of intraoperative or postoperative bleeding, bloodless interstitial (intratissue) coagulation of lymphoid tissue can be performed. Adenoid vegetation deprived of blood supply will be removed painlessly and bloodlessly in the postoperative period. Laser vasotomy of the lower nasal cavities, due to the high blood-stopping properties of the laser, allows a significant improvement in nasal breathing without the need for nasal tamponade in the postoperative period and without using general anesthesia.

The wide range of FiberLase S and VTLase settings allows you to select the optimal mode of exposure and minimize thermal damage to the surrounding tissues.

The wide range of FiberLase S and VTLase settings allows you to select the optimal mode of exposure and minimize thermal damage to the surrounding tissues. The experience of using laser technology in otorhinolaryngology has shown a real opportunity to improve the quality of treatment and reduce patient discomfort, while reducing the postoperative period and treatment time. It is possible to expand the areas of surgical interventions performed on an outpatient basis or in a one-day hospital, as well as to reduce the time spent in hospital discomfort.

Applications:

Nasal pathology.

Laser vasotomy of the lower nasal cavities (superficial and submucosal)
Synechiae dissection
Polyp removal
Nasal bleeding coagulation

Pharyngeal pathology

Total or partial laser removal of palatine tonsils
Coagulation of palatine tonsil lacunae
Surgery for snoring treatment
Coagulation of adenoidal vegetation
Neoplasm removal

Laryngeal pathology

neoplasm removal
laryngeal stenosis treatment
surgical treatment of hyperplastic laryngitis

Ear pathology

Paracentesis of the tympanic membrane
Stapedoplasty

Advantages:

possibility to perform numerous surgeries on an outpatient basis without hospitalization;
possibility of treating several ENT pathologies in one operation without hospitalization;
Effective combination of cutting and coagulation properties;
possibility of changing the nature of the effect during surgery due to the second wave of laser radiation;
Minimal swelling and painful sensations while adhering to the modes and methods of exposure;
Reduced rehabilitation period;
laser radiation is conducted through a fiber, which allows its use in all ENT organs even with "awkward" anatomy without the use of expensive nozzles;
compatibility with any endoscopes and operating microscopes;
contact, remote and interstitial (intrathecal) use options.

IPG Surgical Fiber LP

Bare fiber for VTLase and FiberLase S lasers

Designed for dissection, vaporization and coagulation of tissues during open, endoscopic and laparoscopic surgeries

APPLICATIONS

Applications

Otorhinolaryngology

Applications:

Advantages:

FiberLase S

IPG Surgical Fiber LP

IPG Surgical Fiber Radial