ENT Laser Machine
Product Specification
Fiber COâ‚‚ Laser for Gynecological , Neurosurgery, ENT, General , Minimally Invasive Surgery. Gynecolgy,
Suitable for a number of different specialties including aesthetics, gynecology, neurosurgery, ENT and general surgery, this laser is useful in a broad range of clinical applications and provides superior patient outcomes.
The machine combines the best in CO2laser technologies and offers a very innovative approach to laser surgery.
It integrates char-free pulse energy and the user interface and scanner system. CO2 laser has flexibility, precision, control and efficacy.
Suitable for a number of different specialties including aesthetics, gynecology, neurosurgery, ENT and general surgery, this laser is useful in a broad range of clinical applications and provides superior patient outcomes.
How Our CO2Laser Technology Works?
CO2 lasers direct a beam of infrared light into tissue, vaporizing water to cut and coagulate tissue.
Heat is transferred only a few microns beyond the target, preserving healthy adjacent tissue. we have ultra pulse laser and fiber laser.
Fiber COâ‚‚ laser through the fiber output, can be precision non-contact cutting, also it has advantages of no charring, no thermal damage. Fiber-optic equipment with small volume ,can mobile and flexible, flexible fiber, intelligent user-friendly design interface.
Treatment of ENT and gynecological diseases of various types, to achieve safe, accurate and efficient surgical results, minimally invasive surgery is the development of new trends.
COâ‚‚ laser is focus on the lesion for coagulation, vaporization and surgical cutting, also can be defocused acupuncture points for topical treatment. Build -in smoke extraction device,
Advanced technology switching power supply,
With advantages of output power adjustable , High efficiency, Stable performance and flexible operation. …….. Maximum Precision: CO2 laser energy delivered via a flexible fiber system exhibits greater surgical precision than monopolar and electrocautery in both cutting and coagulation modes Layer-by-layer dissection enables more complete disease removal and leaves underlying normal healthy tissue undamaged.
Minimized Thermal Spread: CO2 laser energy provides greater dissection capabilities with minimal to no increase in thermal damage resulting in significantly less tissue damage , and no adhesion formation, immediately and throughout the healing phase.
