top of page
Embark on a trajectory of wellness,
fueled by our cutting-edge tech solutions.
Technology.
Empowering users and medical professionals. Our platform provides real-time data, advanced compound delivery, and unparalleled dosing accuracy for improved desired outcomes.
-
Variable frequencies (Low frequencies mist to the oral cavity)
-
Low-temperature water mist
-
Quick-acting technology
-
User-centric design
Precision Care.
Slyde’s innovative ultrasonic nebulizer with variable frequencies and multiple cartridges will tap into the unexplored domain of nano-emulsion-water-soluble formulations.
Single or Dual Cartridges.
​Created to deliver water soluble compounds at different size of droplets from 2 to 8 microns; delivering nano emulsified CBD and other cannabinoids. Setting out to deliver compounds:
-
Non-burning oil (Only water vapor)
-
Nano-emulsified oil-based formulations
-
Highly bioavailable (Up to 90%)
-
No heat, metered dose and fast-acting
-
No heavy metals nor hazardous materials
Features.
Cold-vapor water mist:
We've re-imagined the traditional inhaler and married it with natural aerosol technology that delivers a super-fine vapor-like mist. There's no heat involved. We use a high-frequency ultrasonic atomizer to deliver clean water-based therapeutics.
Faster-acting technology:
Instant effect without the worries of vaping or "Is it working? Dilemma". Inhaled therapeutics are faster-acting than any other delivery mechanism. Also, we're using nano-encapsulation in our proprietary formulation to boost bioavailability. Example: Nano-CBD, terpenes, and herbal adaptogens are packed together into tiny micelle spheres more than 100x smaller, and up to 10x more bioavailable than standard CBD oil.
User-centric design:
We're bridging the gap between medicine, technology, and good design. Leveraging a smartphone-like interface to provide total control of dose and functional data visualizations that make it easy to analyze consumption over time.
Droplet size.
Slyde nebulizer utilizes variable vibrational frequencies and mesh sizes - delivering different droplet sizes and intensities deposited to different parts of the respiratory system.
Below 2-micron-sized particles make it into the deep lungs where absorption into the bloodstream is fastest. Below 2 microns, particles are small enough to fully penetrate the lungs, pass through the alveolar air sacs and enter the blood. Droplet size is determinate by the transducer vibration frequency, fluid viscosity, and flow rate. The ability to control their factors provide us with the flexibility to adjust the flow of compounds into the user’s respiratory system.
bottom of page