Biovisus equips outpatient ENT departments with diagnostic platforms including reusable flexible laryngoscopes and disposable rhinolaryngoscopes. The reusable model has a 3.4mm distal tip and a 1.2mm channel for gas inflation and anesthetic delivery, alongside 130 degree bidirectional bending. The disposable rhinolaryngoscope adopts a 3.0mm tip without working channels, designed for straightforward transnasal inspections.

The flexible laryngoscope integrates an onboard 1080P 60fps camera. Its 3.1mm shaft covered with polyurethane casing remains durable against common anesthetic drugs. Weighing only 120 grams, the lightweight handle uses a single lever to achieve precise and proportional angle control for clinical examinations.

Pre sterilized disposable rhinolaryngoscopes are compatible with the shared image processor through universal adapters. The slim 3.0mm tip reduces nasal discomfort during insertion. This device is ideal for fast upper airway screening, especially for high infection risk scenarios and cases requiring faster clinical efficiency.

The compact ENT imaging system combines a built in 100W LED light source and an adjustable 22 inch medical monitor. The processor supports simultaneous dual scope access, allowing clinicians to switch between reusable and disposable devices with one click. Users can capture videos and labeled images directly through shortcut buttons for simplified documentation.

Technical Note: Flush the laryngoscope working channel with sterile water after every use to prevent anesthetic crystallization and blockage. Dispose used rhinolaryngoscopes into sharps containers if the tip touches vulnerable tissues containing bloodborne pathogens.

Biovisus outfits ENT operating rooms with complete rigid endoscopes for sinus, laryngeal and otologic surgeries. The product lineup covers multiple specifications of sinus scopes, laryngeal telescopes and ear endoscopes. All rigid scopes adopt Hopkins rod-lens structure to ensure excellent light transmission and stable imaging performance.

Sinus endoscopes can be fitted with two types of supporting sheaths. The surgical sheath contains an independent irrigation channel and allows compatible sinus tools to pass through the side port. Linked to the irrigation pump, the channel flushes sterile saline to clean blood and tissue debris and maintain a clear surgical view.

Angled laryngeal telescopes assist routine microlaryngeal and outpatient laryngeal procedures. They visualize blind areas that cannot be observed via direct laryngoscopy. The telescope can be fixed on a suspension bracket for hands free operation, and paired with camera equipment through a dedicated C-mount adapter.

Compact otologic endoscopes are specially made for transcanal ear surgery. The slim telescope exposes middle ear and tympanic structures with a broad field of view. Surgeons can operate the endoscope and surgical instruments inside the ear canal at the same time. Angled scopes are primarily used for precise cholesteatoma removal in complex ear areas.

All rigid endoscopes share the unified OR imaging system, including a 500W LED light source, autoclavable 4K camera head and adjustable 32-inch medical display. Multiple C-mount adapters with different focal lengths are provided to match various endoscopes.

Technical Note: Apply anti-fog liquid to sinus scope lenses before use and perform regular intraoperative flushing to avoid blurred vision. High light output from otologic endoscopes produces accumulated heat. Keep light intensity below 50 percent during ear surgery to prevent thermal damage to inner ear tissues and facial nerves.

Biovisus combines ultrasonic scalpels and surgical navigation in ENT operating rooms for sinus and skull base operations. The ultrasonic scalpel has a 23 cm handle with straight or curved blades tailored for tight sinus tissue separation. Its heat spread stays under 1.5 mm, protecting delicate areas near the skull base, eye socket and optic nerve.

The navigation system relies on optical tracking with reflective markers fixed to endoscopes and tools. It aligns with patient CT scans via 500-point facial surface matching. Accuracy must measure below 2 mm after cross-checking anatomical landmarks before surgery. Navigation data displays beside live endoscopic footage on a secondary screen.

A high-speed surgical drill reaching 60000 rpm supports sinus bone work. Sharp cutting burrs remove bulk bone, while smooth diamond burrs work close to vulnerable anatomy. Saline flows at 25 mL/min over the burr tip to prevent bone thermal damage. A foot switch controls drill power, rotation speed and movement mode.

Carbon dioxide insufflation is rarely needed for standard sinus work, yet low 3–5 mmHg pressure CO₂ helps keep vision clear during skull base dural repair. The machine locks maximum pressure at 5 mmHg, and staff must seal the scope irrigation port before gas delivery starts.

Technical Note: Recheck navigation precision hourly for lengthy surgeries using stable anatomical landmarks. Run the ultrasonic scalpel only against tissue; air activation overheats and damages blades. Drill burrs are single-use; worn bits demand extra pressure and create harmful excess heat.

Biovisus uses an ENT data system to connect outpatient checks, surgical planning and aftercare tracking. All laryngoscopy videos are saved, labeled and filed into patient electronic medical records with standard diagnosis codes. A side-by-side comparison function lets doctors contrast new and old scans to judge treatment effects.

Pre-op photos and CT/MRI scans for surgical patients upload straight to the operating room control system. Surgeons go over imaging on wall screens during safety checks to confirm plans alongside nursing and anesthesia staff. Full surgical footage records automatically, with split markers added whenever still photos are captured.

Built-in report tools create consultation and surgical documents via voice input and preset templates. Sinus surgery reports cover Lund-Mackay grading, treated sinus cavities, dissection results and unexpected issues such as spinal fluid leaks or orbital contact. Finished reports send directly to referral doctors, primary care teams and patient online portals.

A performance dashboard monitors core ENT statistics including tonsil surgery bleeding risk, repeat sinus operation frequency and voice recovery results. Teams analyze these figures in monthly quality meetings. The system also sends automatic follow-up reminders to throat cancer patients per official clinical guidelines.

Technical Note: The platform links to hospital imaging archives through standard DICOM data transfer settings. Operating room voice microphones need directional noise reduction to block background sounds from suction equipment and staff dialogue. Performance data should be measured against national otolaryngology registry benchmarks when accessible.