RATIO.LAB

The Device Problem

A custom ratio is only as safe as the vessel that stores, heats, and aerosolizes it.

THE HARD PART IS NOT THE SLIDER. IT IS SAFE EXECUTION.

The interface is easy to imagine, but real-world implementation depends on vape-device chemistry, material compatibility, heating behavior, storage time, and health/safety validation.

  • Cannabinoid vape liquids interact with cartridge/pod hardware.
  • Metals can leach from device components into liquids and aerosols.
  • Heating can create degradation products.
  • Temperature control matters.
  • Wicking efficiency matters.
  • Additives, diluents, flavor compounds, and terpene concentrations must be evaluated for inhalation safety.
  • Unregulated products can contain contaminants or synthetic cannabinoids not listed on the label.
  • Every future ratio would need to be tested not only as a liquid, but also as an aerosol produced by the actual device.

"The future may require a new vaporization architecture: one where the liquid is stored in an inert sealed reservoir, exposed to the heating path only when used, governed by formula-aware temperature control, and validated through aerosol testing rather than bottle testing alone."

STEP 01Formulated
STEP 02Packaged
STEP 03Time Passes
STEP 04Device Heats
STEP 05User Inhales

The safety target is not only the input liquid, but the aerosol generated by the actual device after realistic storage time.

The future is not a cartridge. It is a verified ratio system.

Not just custom liquid. Custom liquid with a device standard worthy of inhalation.

1. LIQUID SAFETY

  • cannabinoid input verified
  • residual solvents tested
  • pesticides tested
  • heavy metals tested
  • contaminants tested

2. DEVICE CONTACT

  • storage reservoir tested
  • seal materials tested
  • mouthpiece tested
  • heating path tested
  • minimal metal contact
  • material compatibility validated

3. TIME STABILITY

  • day 0 test
  • week 2 test
  • month 1 test
  • month 3 test
  • storage temperature logged
  • degradation monitored

4. AEROSOL SAFETY

  • actual-device aerosol tested
  • metals in aerosol tested
  • degradation products tested
  • terpene/flavor emissions reviewed
  • overheating/dry-wick failure tested

5. TRANSPARENCY

  • packaging date
  • recommended use window
  • batch ID
  • device compatibility
  • lab certificate QR placeholder
  • storage guidance