The Digital Chemical Dispensing System (DCDS), protected under U.S. Patent No. 11,845,645 B2 ("Chemical Mixture Dispensing Assembly"), is a patented, solid-state "computer for chemicals." Conceived as an architectural platform, DCDS replaces conventional elastomeric squeeze tubes, wearing peristaltic rollers, and passive Venturi siphons with active, digital positive-displacement fluid control.

Presented as a diamond in the rough, DCDS establishes the core patented design, mathematical timing framework, and functional specifications for enterprise commercialization:

Discrete Micro-Metering Architecture: Engineered around software-timed positive displacement designed to meter micro-pulses down to 0.02 mL, providing the structural foundation for point-of-use dilution of up to 1,000:1 super-concentrates ("Truck in a Bag") to eliminate water freight and packaging waste.

Active Bi-Directional Line Clearance: Patented reverse drawback sequencing that clears chemistry behind the manifold gate to prevent nozzle drying, encrustation, drips, and cross-contamination without auxiliary flush lines.

Dynamic Inline Thermal Gating (Claim 8): Closed-loop carrier fluid monitoring that dynamically coordinates chemical injection strictly within programmed water temperature thresholds.

Broad Viscosity Delivery: Designed to positively meter high-viscosity formulations (conditioners, soaps, heavy chemical concentrates) without fluid slip, shear loss, or cavitation.

Closed-Loop Flow Governance (Claims 3–5): Digital coordination of electronic sensors and metering valves to feed real-time mass-flow telemetry directly into IoT fleet management software.

Autonomous Low-Voltage Integration: 12V DC cordless power logic engineered to support extended operational cycles without requiring high-voltage drops.

Cryptographic Consumable Platform: Hardware-level consumable authentication designed into the receiver interface to lock dispensers securely to authorized refill lines.

Operating strictly under an intellectual property licensing model. Tela-Flo, LLC licenses the patented architecture, functional designs, and operational claims to enterprise partners, who engineer, tool, and scale production hardware to their own proprietary manufacturing specifications.

Tela-Flo, LLC pursues a pure intellectual property licensing strategy designed to de-risk enterprise adoption of next-generation fluidic systems. Rather than operating as a capital-intensive contract manufacturer, our objective is to license foundational utility architectures that solve critical macro-level inefficiencies for corporate market leaders in consumer-packaged goods, appliances, and industrial chemical delivery.

Our innovation model is anchored by three operational principles:

Patented Architecture Licensing: Centered on U.S. Patent No. 11,845,645 B2 ("Chemical Mixture Dispensing Assembly"), we develop solid-state digital micro-metering platforms (DCDS) that replace mechanical wear components (peristaltic tubing, elastomeric squeeze lines, passive Venturi siphons) with software-timed positive displacement fluid control.

Enterprise-Led Production Scalability: Tela-Flo establishes the core patented design, mathematical timing framework, and functional specifications. We license this architecture to corporate partners who tool, engineer, and scale production hardware to their own proprietary manufacturing specifications and form factors.

High-Impact Disruption: We focus innovation on high-margin sustainability breakthroughs, notably point-of-use micro-metering down to 0.02 mL pulses. This unlocks the logistics of 1,000:1 super-concentrates ("Truck in a Bag"), enabling enterprise partners to eliminate bulk municipal water freight, slash Scope-3 transportation emissions, and remove single-use plastic packaging at scale.