Available Technologies

Single-Pill Dispensable Packaging Closure for Supplements and OTC Medication

Executive Summary

Managing daily medications and supplements is a routine for millions of people. Yet, traditional pill bottles often dispense multiple pills at once, leading to contamination, waste, and frustration. This innovative Single-Pill-Dispensable Packaging Closure solves that problem by enabling one-pill-at-a-time dispensing, improving hygiene and convenience for consumers worldwide.

Description of Technology

This patent pending design uses a compliant mechanism—a flexible component that moves through deformation—eliminating the need for complex multi-part assemblies. Unlike existing solutions, this closure is:

• Simple: One-piece design, no extra assembly.
• Cost-Effective: Lower manufacturing costs, faster production cycles.
• Scalable: Compatible with standard injection molding processes for high-volume production.

Benefits

• Hygiene First: Prevents pills from falling on unsanitary surfaces.
• Reduces Waste: Avoids accidental dispensing of multiple pills.
• Accessibility: Ideal for elderly users or those with dexterity challenges.
• Eco-Friendly: Lightweight design reduces material use and supports recyclability.
• Accessible packaging for elderly

Applications

• OTC Medications: Pain relievers, cold & flu remedies, allergy treatments.
• Nutritional Supplements: Vitamins, minerals, and herbal products.
• Specialty Health Products: Sleep aids, digestive aids, and more.

Why This Matters

The North American OTC packaging market is projected to exceed $12 billion by 2028, with closures growing at a 6.8% CAGR. This technology offers a low-cost, high-impact solution for brands seeking differentiation and consumer trust.

Patent Status

Patent pending

Publications

Poster Presentation – “Single Dispensable Supplement Packaging Closure” MSU School of Packaging Scholarship Banquet April 22, 2025 (available upon request).

Licensing Rights

Full licensing rights available. Partner with Michigan State University to bring this innovation to market.

Inventors

• Roya Sabet, Dr. Euihark Lee

TECH ID

TEC2025-0155