Abstract: The flask and vape device has a main body. The main body is configured to retain liquid. The lid body is mounted to the main body over the main body. An electrical section is formed in the lid body. A heating chamber mounted in the electrical section. A heating chamber gasket is adapted to the heating chamber and fluidly connecting the heating chamber to a vapor mouthpiece. A straw tubing extends into the main body. A straw gasket is mounted to the lid body and receives the straw tubing. A liquid mouthpiece is connected to the main body and is in fluid communication with the straw. The electrical section of the lid body extends downwardly and at an electrical section extension. A liquid gap is formed between a main body sidewall and the electrical section.

Abstract: An induction vaporizer has an electromagnetic field generator configured according to a heating protocol. The metal heating element is configured to receive inductive heating from the electromagnetic field generator. The metal heating element is within a threshold distance of an electromagnetic field. A main ceramic member installed in contact with the metal heating element. The main ceramic member receives heat from the metal heating element. A temperature sensor is mounted to the main ceramic member. The metal heating element includes titanium, and is formed as a tube. The metal heating element at least partially encapsulates the main ceramic member. The main ceramic member has a main ceramic member floor with a main ceramic member floor. The main ceramic member floor has a thermal sensor indent. The temperature sensor is mounted in the thermal sensor indent of the main ceramic member floor.