Section 1

The Challenge

Delivering topical anesthetic to the airway is a critical but often imprecise step. In awake or partially alert patients, anesthetic is typically sprayed without direct visualization, leaving clinicians uncertain about how evenly or completely the airway is coated. Without visual feedback, they may apply multiple sprays to ensure coverage, which wastes anesthetic, prolongs the procedure, and can cause discomfort or excessive numbness.

Traditional laryngoscopes provide no feedback about where anesthetic lands, and spray systems often function as standalone tools. This creates a fragmented workflow, dependent on assumption rather than confirmation. For any clinician dedicated to patient comfort and procedural safety, the lack of real-time insight is a serious limitation.

The AIMIC Solution

AIMIC redefines how topical anesthetic is applied. Our patent-pending laryngoscope integrates a precision-engineered camera, light, and spray system in one fluid motion. Each press of the activation button synchronizes spraying, illumination, and imaging allowing the clinician to see exactly how the anesthetic coats the tissue.

Instead of relying on experience alone, AIMIC provides measurable feedback. The captured images are analyzed in real time, confirming spray angle, droplet distribution, and coating uniformity. Clinicians can now verify effective anesthetic delivery before proceeding to intubation or other interventions.

Section 4
Section 3

Better Control Means Better Care

By offering visual confirmation, AIMIC eliminates uncertainty and ensures a consistent, safe approach to airway preparation. It minimizes waste, reduces procedure time, and improves comfort for patients, particularly during awake intubation and difficult airway management.

AIMIC turns what was once an invisible process into a visible one, so every spray is deliberate, documented, and dependable.

Key Benefits:

Visible Coverage

See exactly where anesthetic lands.

Improved Efficiency

Reduce reapplications and wasted agent.

Objective Feedback

Quantify droplet size and density.

Safer Outcomes

Ensure uniform anesthetic coating every time.