Lumenis’ CO2 laser fibers set the standard for durability, high energy delivery, and performance. The fibers are versatile, enabling surgeons to easily access difficult-to-reach anatomy by using one of the designated Lumenis handpieces, flexible endoscope or with robotically assisted technique. Lumenis CO2 laser fibers feature high, consistent energy transmission, renewable tip, and aiming beam. All features allows easy adoption, highly controlled and precise tissue interaction.
FiberLase allows you to expand from the operating room to the outpatient environment save costs, reduce the risks of general anesthesia and enable periodical treatments of recurring conditions.
The FiberLase ENDURE is exclusive Lumenis innovation in CO2 laser fiber technology. It extends the opportunities for the use of flexible CO2 fibers in the operating room, or with flexible endoscopy. With the unique Endure™ features that allow reprocessing and multi usage, procedure costs can be optimized. The FiberLase ENDURE perfectly balances flexibility, quality, durability and cost-efficiency for smart tissue management.
The unique connection of the STC CO2 fiber allows you to maximize the benefits of the superior FiberLase™ solution on your non Lumenis console, for seamless integration into your existing CO2 laser surgery practice, eliminating the need for additional investment.
The durability and flexibility features of the Lumenis CO2 fibers translate to greater energy transmission, greater flexibility and manoeuvrability, smoother operation and substantial time and cost savings.
The FiberLase Robotic Drop-In Guide from Lumenis enables use of the best-in-class FiberLase™ CO2 laser fiber for compounded surgical precision. The Drop-in Guide module is the outcome of close collaboration with physicians experienced with robotic surgery and FiberLase™ CO2 laser fibers.
FiberLase is positioned precisely within the flexible Drop-in Guide which can be inserted through a 5mm trocar sleeve channel. The combination of FiberLase™ and Drop-in Guide™ allows you to:
The microsurgical precision of the OtoLase delivery system makes it the ideal tool for delicate middle ear surgery and adequate treatment for small and sensitive auditory structures.