Handheld apparatus for vaporization of plant-based or synthetic compounds by laser
The present disclosure is a handheld apparatus that vaporizes plant-based or synthetic compounds, for the purpose of inhalation, or diffusion into an external environment. More specifically, the disclosure describes a handheld apparatus wherein a laser beam from an internal laser unit heats compounds, such as dried plant, tinctures, resins, or essential oils, to the compound's vaporization temperature for inhalation, or diffusion as part of aromatherapy or other holistic therapeutic treatments.
1. A vaporizer, comprising:
a housing;
a reaction chamber defined within the housing;
a reaction cartridge disposed within the housing and configured to contain a concentrate material for vaporization, the reaction cartridge including a substrate and a reaction cartridge insert configured to position the concentrate material such that the concentrate material is adjacent to the substrate during operation;
a laser diode disposed within the housing; and
a lens aligned with the laser diode such that, during operation, a laser beam generated by the laser diode is directed toward the reaction chamber to heat the concentrate material within the reaction chamber;
the vaporizer configured to receive electrical power via at least one of an internal battery or an external power source;
wherein the substrate is configured such that, during use, either capillary action or a plunger moves the concentrate material through or adjacent to the substrate toward a heat envelope;
wherein the substrate includes a microporous blackbody substrate.
2. A vaporizer, comprising:
a housing;
a reaction chamber defined within the housing;
a substrate disposed within the housing and configured to contain a concentrate material for vaporization, the substrate configured to position the concentrate material such that the concentrate material is adjacent to the substrate during operation;
a laser diode disposed within the housing; and
a lens aligned with the laser diode such that, during operation, a laser beam generated by the laser diode is directed toward the reaction chamber to heat the concentrate material within the reaction chamber;
wherein the substrate includes a microporous blackbody substrate configured such that, during use, capillary action moves the concentrate material through the microporous blackbody substrate toward a heat envelope.