Airiant Development
Development
From clinical observation to engineering validation, each milestone reduces technical uncertainty while advancing the airway securement platform toward commercialization.
Engineering Through Iteration
Every prototype informed the next engineering decision.
Concept
Clinical observations identified opportunities for a different airway securement approach.
Engineering
Prototype iterations refined geometry, securement, retention, and clinical workflow integration.
Manufacturability
Design-for-manufacturing review informed materials, tolerances, part architecture, and tooling strategy.
Clinical Refinement
Simulated clinical use and workflow feedback guided continued design refinement.
Current Validation Prototype
The current prototype supports bench and simulated clinical validation before production tooling.
Every Milestone Reduces Risk
Commercial readiness is built by systematically resolving technical uncertainty before advancing to the next stage.
Patent
Core platform architecture supported by a U.S. utility patent filing and international PCT application.
Engineering
Multiple prototype revisions informed by clinical and engineering feedback.
Manufacturing
Manufacturing feedback incorporated into geometry, materials, and part strategy.
Validation
Current prototype undergoing bench and simulated clinical testing.
Commercialization
Building the foundation for pilot manufacturing and future clinical adoption.
Manufacturing
Manufacturing Readiness
Manufacturing planning progresses alongside engineering to reduce risk before production tooling.
DFM
Manufacturing feedback has informed geometry, tolerances, and part architecture.
Materials
Rigid substrate and elastomer overmold strategies are being evaluated for manufacturability.
Prototype Strategy
PolyJet prototypes reduce uncertainty before injection-mold investment.
Tooling
Prototype tooling quotations support production and capital planning.
Validation
Validation Strategy
Validation progresses from controlled testing to simulated clinical use before broader adoption.
Bench Testing
Quantify securement performance, migration, and retention under controlled conditions.
Simulated Clinical Use
Evaluate device performance in EMS, transport, and acute-care scenarios.
Workflow Validation
Assess usability, workflow integration, caregiver access, and device application.
Design Refinement
Translate findings into engineering improvements before production tooling.
Current Stage
Development Status
Patent Strategy
U.S. utility patent filing and international PCT application completed.
Core Engineering
Multiple engineering and prototype cycles completed.
Validation
Current validation prototype undergoing bench and simulated testing.
Manufacturing Planning
Materials, tooling, and supplier strategy remain under continued evaluation.
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