WHAT WE BUILD
Medad Technology's Ultrasonic Delivery System is built on 3 proprietary electronics and an algorithm, for 3 key product applications, with design scalability.
Our core technology works under the Resonant Drive System (RDS) method. This incorporates a natural frequency-finding electronics system for which, a complete set of proprietary ASICs and an algorithm has been developed. The algorithm works seamlessly with the electronics to form a feedback loop that looks for the resonant point at the start of each inhalation, for optimal aerosol delivery efficiency. The closed-system consists of a Bluetooth enabled device, disposable pod and mobile app which is available on the App Store and Google Play. The app monitors usage data such as number of inhalations and pod consumption level.
The closed-system consists of a Bluetooth enabled device, disposable pod and mobile app which is available on the App Store and Google Play. The app monitors usage data such as number of inhalations and pod consumption level.
Nicotine Delivery
- Aerosolization with ultrasound prevents thermal degradation
- No toxic carbonyls that cause smoking-related diseases
- Quick relief of nicotine cravings with fine particle size for optimal absorption and systemic delivery
- Anti-counterfeit mechanism to tackle risk of use of illicit products
- Data & monitoring for behavioural therapy support through mobile app, and healthcare professional connectivity
Drug Delivery
- Fine particle size for deeper lung reach to the alveoli for systemic exposure
- Increased efficiency with 90% + absorption, as it bypasses the effects of 1st & 2nd metabolism
- Reduced wastage due to intact delivery of drug product, facilitating potential cost reduction
- Wider application of potential use for treatment of disease outside of the respiratory tract
- Proprietary ICs and feedback control algorithm that can adjust particle size for optimal delivery across a variety of drug solutions
Powerful New-Gen ASICs
Our proprietary ASICs offer enhanced functionality and operational flexibility in comparison to off-the-shelf components. This, combined with our algorithm, has allowed us to overcome the limitations of aerosolization faced by existing inhalation technologies.
Our full H-Bridge has a wider adjustable frequency range which provides more precise operation of piezo-ceramic transducers.
Our Oscillator ASIC not only drives the H-Bridge but also integrates enhanced functionalities for sensing, monitoring, efficient battery charging, LED driving, and external controls.
The disposable pod is authenticated using one-time-programmable (OTP) PCB which stores vital pod information such as drug characteristics and can also be used as an anti-counterfeit mechanism.