SYSTEMS, DEVICES, AND METHODS INKJET MICRO-DOSING TECHNOLOGY TO DISPENSE A UNIFORM LAYER OF SKINCARE ACTIVES

Smart overview of the Invention

The applicator is designed to dispense skincare formulas using inkjet micro-dosing technology, ensuring a uniform application. It features an applicator surface equipped with multiple nozzles to apply different formulas stored in separate reservoirs. A position sensor is integrated to map the skin, allowing the device to adjust the dosage of each formula based on real-time position data.

Formulation and Dispensing

The device can handle multiple active formulas, such as two or three different skincare actives. It can dispense these formulas in either a two-dimensional or three-dimensional matrix pattern on the skin. The applicator can also mix these formulas directly on the skin, optimizing treatment based on specific skin conditions detected by an optional condition sensor.

System Integration

The system comprises the applicator and a dispensing device that directs formula application through a processor. It may include a communication device to visualize skin areas needing treatment and track user application history. The system's adaptability allows for personalized skincare regimens by adjusting formulas based on historical usage and current skin conditions.

Method of Application

The method involves moving the applicator across the skin while sensors detect its position, determining the precise amount of each formula to apply. Adjustments are made dynamically to ensure optimal coverage and effectiveness, factoring in both position and skin condition data.

Technical Features

The applicator includes various sensors, such as accelerometers and optical sensors, to detect both position and skin conditions like hydration or redness. It may also feature attachments for secure integration with dispensing devices. These components work together to deliver a tailored skincare experience by adjusting formula composition based on real-time feedback.