A smoking system according to the invention includes a smoking substance holding or bowl end and a mouthpiece or tip end. The holding end defines a compartment for holding smoking material. The mouthpiece end defines a smoke egress and a filter or tip piece. The filter or tip piece comprises a compartment for a flavor piece. The flavor piece is crushable and holds a flavoring substance, usually a liquid. A substantial airtight piece conducts smoke from the substance holding end to the mouthpiece end where the smoke egresses. The smoke passes over the activated flavor piece which imparts a secondary flavor on the smoke.

An underburner assembly connected serially to at least one liquid-filled percolator unit and a smoke collection vessel. The assembly includes a lower base with a raised platform. Attached to the lower base is a combustion source. Disposed over the platform is a support column or a bell. Mounted over the burner and under the support column or bell is a product holder. When the combustion source is ignited, the hot fumes flow upward into the product holder and heats the plant product contained in the product holder. Attached over the top surface of the support column or bell is an air/smoke collection cap. Formed on the cap is an inlet port connected to a compressor that forces air into the air/smoke collection cap and creates a venturi effect that draws smoke formed in the support column into the air/smoke collection. The outlet port on the air/smoke collect cap may be connected to one or more liquid percolating units and to a smoke collection.

An underburner assembly connected serially to at least one liquid-filled percolator unit and a smoke collection vessel. The assembly includes a lower base with a raised platform. Attached to the lower base is a combustion source. Disposed over the platform is a support column or a bell. Mounted over the burner and under the support column or bell is a product holder. When the combustion source is ignited, the hot fumes flow upward into the product holder and heats the plant product contained in the product holder. Attached over the top surface of the support column or bell is an air/smoke collection cap. Formed on the cap is an inlet port connected to a compressor that forces air into the air/smoke collection cap and creates a venturi effect that draws smoke formed in the support column into the air/smoke collection. The outlet port on the air/smoke collect cap may be connected to one or more liquid percolating units and to a smoke collection.

A Cannabis device for smoking a substance, such as Cannabis, enables users to inhale smoke from a lit joint through a pipe assembly of the device, rather than directly through the joint itself, as well as from the substance held in a bowl of the device. The device further comprises a mouthpiece or adapter which may securely insert into a bong, water pipe, or other similar device, enabling users to inhale smoke from a lit joint through the bong, water pipe, or other similar device rather than directly through the joint itself.

A Cannabis device for smoking a substance, such as Cannabis, enables users to inhale smoke from a lit joint through a pipe assembly of the device, rather than directly through the joint itself, as well as from the substance held in a bowl of the device. The device further comprises a mouthpiece or adapter which may securely insert into a bong, water pipe, or other similar device, enabling users to inhale smoke from a lit joint through the bong, water pipe, or other similar device rather than directly through the joint itself.

An atomization assembly, including a high frequency heating module. The high frequency heating module includes a metal screen and a magnetic induction coil. The metal screen is disposed in the magnetic induction coil and is configured to heat a smoke material placed on the metal screen in a power-on state.

An atomization assembly, including a high frequency heating module. The high frequency heating module includes a metal screen and a magnetic induction coil. The metal screen is disposed in the magnetic induction coil and is configured to heat a smoke material placed on the metal screen in a power-on state.

A brass smoking pipe is modified with numerous improvements. It is nickel-brass plated to prevent tarnishing. The draft holes are enlarged from the standard 1/16″ to 3/32″ diameter and drilled at an angle. The tar trap is drilled into a new deep-dish configuration. These modifications improve the pipe's draw. A titanium or quartz crystal retaining rod is provided, both to store multiple quartz crystal bowls in the storage canister and to serve as a domeless nail, converting an herb pipe to a concentrate pipe. A push nut holds quartz crystal bowls on the retaining rod. An oversized poker, available in brass, titanium, or glass, holds the tar trap in place and removes the tar trap for cleaning. The poker may be fitted with an easy-pull grip nut or a removal tool to remove the retaining rod and quartz crystal bowls from the storage canister.

A brass smoking pipe is modified with numerous improvements. It is nickel-brass plated to prevent tarnishing. The draft holes are enlarged from the standard 1/16″ to 3/32″ diameter and drilled at an angle. The tar trap is drilled into a new deep-dish configuration. These modifications improve the pipe's draw. A titanium or quartz crystal retaining rod is provided, both to store multiple quartz crystal bowls in the storage canister and to serve as a domeless nail, converting an herb pipe to a concentrate pipe. A push nut holds quartz crystal bowls on the retaining rod. An oversized poker, available in brass, titanium, or glass, holds the tar trap in place and removes the tar trap for cleaning. The poker may be fitted with an easy-pull grip nut or a removal tool to remove the retaining rod and quartz crystal bowls from the storage canister.

A brass smoking pipe is modified with numerous improvements. It is nickel-brass plated to prevent tarnishing. The draft holes are enlarged from the standard 1/16″ to 3/32″ diameter and drilled at an angle. The tar trap is drilled into a new deep-dish configuration. These modifications improve the pipe's draw. A titanium or quartz crystal retaining rod is provided, both to store multiple quartz crystal bowls in the storage canister and to serve as a domeless nail, converting an herb pipe to a concentrate pipe. A push nut holds quartz crystal bowls on the retaining rod. An oversized poker, available in brass, titanium, or glass, holds the tar trap in place and removes the tar trap for cleaning. The poker may be fitted with an easy-pull grip nut or a removal tool to remove the retaining rod and quartz crystal bowls from the storage canister.