Norlase LION Green Laser Indirect Ophthalmoscope

SGD 0.00

Norlase LION Green Laser Indirect Ophthalmoscope is the first laser indirect ophthalmoscope to integrate a built-in laser source, self-contained fiber optics, and a completely untethered design into a lightweight wearable platform.

Designed to improve workflow and portability, LION combines treatment flexibility with advanced ergonomics, allowing physicians to perform retinal laser procedures anytime and anywhere without relying on a bulky external console or fiber optic cable.

Its ultra-compact laser technology is integrated directly into the headset and powered through a battery housed in the footswitch, creating a highly portable all-in-one treatment solution. Wireless controls and industry-first voice command functionality further streamline operation and allow clinicians to adjust parameters while remaining focused on the patient.

Superior optics provide enhanced retinal visualization for efficient diagnosis and treatment, while the untethered architecture minimizes movement restrictions and reduces dependency on external hardware.

Norlase LION Green Laser Indirect Ophthalmoscope is the first laser indirect ophthalmoscope to integrate a built-in laser source, self-contained fiber optics, and a completely untethered design into a lightweight wearable platform.

Designed to improve workflow and portability, LION combines treatment flexibility with advanced ergonomics, allowing physicians to perform retinal laser procedures anytime and anywhere without relying on a bulky external console or fiber optic cable.

Its ultra-compact laser technology is integrated directly into the headset and powered through a battery housed in the footswitch, creating a highly portable all-in-one treatment solution. Wireless controls and industry-first voice command functionality further streamline operation and allow clinicians to adjust parameters while remaining focused on the patient.

Superior optics provide enhanced retinal visualization for efficient diagnosis and treatment, while the untethered architecture minimizes movement restrictions and reduces dependency on external hardware.

 

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