Turning Oral Films
into Programmable Therapeutic Platform
Reprogramming oral drug delivery
September 2025
The ODF* Breakthrough
Thin oral drug delivery films that release Active Ingredients (APIs) upon dissolving in the mouthPharmaceutical
Fast-Acting Impact
Direct absorption through the oral mucosa for rapid therapeutic effects
Bypasses First-Pass Metabolism
Fewer systemic side effects by avoiding liver metabolism
Portable & Convenient
Discreet use, no water required – perfect for on-the-go medication
Precise Dosing
Enhanced stability and lower dosage needs through controlled delivery
Patient-Friendly
Ideal for pediatric, geriatric, and dysphagic populations
Safety & Compliance
Hard to misuse with no overdose risk
ODF Revolution Lingered Due to Tech Constraints
Traditional ODF Limitations
- Narrow Therapeutic Impact Restricted APIs capacity per strip (<50 mg)
- Limited API Flexibility Poor handling of conflicting active ingredients
- Limited Release Control Short absorption window (few minutes)
- High Manufacturing Complexity & Cost Solvent-casting processes dominate
These constraints have prevented ODF solutions from offering a much wider set of efficient applications in various medical fields, limiting their potential to transform drug delivery across multiple therapeutic areas.
Introducing P-ODF
The First Programmable Platform, Disrupting Drug Delivery
Revolutionary Capabilities
- Dosage Quantities Up to exceptional 150mg per strip
- Multi-API Mix Including conflicting materials in one platform
- Full Release Control Flexible time patterns, from minutes to 12 hours
- Flexible Manufacturing Process Allows small and large tailored batches per need
One Platform for All Applications
A unified solution that adapts to diverse therapeutic needs
Novel Enabling Technologies
P-ODF uses a proprietary biological and chemical programming mechanism with breakthrough architectural designs that enable unprecedented control over drug delivery.
Swelling Patch Technology
Hygroscopic polymer swells with humidity exposure, forming a gel for controlled, sustained API release over extended periods.
Multilayer 3D Patch
A novel manufacturing process enabling ultra-thin laminated layers, each carrying distinct APIs or functional roles.
Micro-Reservoirs (Wells)
Perforated layers form reservoirs for distinct APIs, preventing problematic interactions and enabling complex drug combinations.
Flexible & Cost-Effective Manufacturing
Reliable hot melt extrusion process enabling scalable, cost-effective production with consistent quality and precision.