DR DABBER SWITCH™ ATOMIZER & REPLACEMENT PARTS(CL)

DR DABBER SWITCH™ ATOMIZER & REPLACEMENT PARTS(CL)

SWITCH: Oil Induction Cup

The SWITCH Oil Induction Cup is specifically designed for use with oil in the Dr. Dabber SWITCH. These Gr2 Titanium cups have a medical-grade ceramic coating on the heating surface for optimal heat distribution.

SWITCH: Leaf Induction Cup

The SWITCH Leaf Induction Cup is specifically designed for use with flowers in the Dr. Dabber SWITCH. These Gr2 Titanium cups have a medical-grade ceramic coating on the heating surface for optimal heat distribution.

SWITCH: SiC Induction Cup

The SiC (Silicon Carbide) Induction Cup is an ultra-premium accessory designed specifically with oil for the SWITCH. Placed inside a Titanium Cup, the SiC Insert is lightweight and highly durable, able to withstand very high temperatures. With the SiC Induction Cup’s higher thermal conductivity, you can achieve your desired heat at a much lower temperature setting while obtaining great flavor – truly a luxury dabbing experience.
DISCLAIMER: The SiC Induction Cup should be maintained with the same procedures as the Sapphire Induction Cup; however, the SiC Induction Cup can withstand torching to clean. Do not clean with a wet q-tip, and do not use cleaning solutions on the induction cup when it is still hot.

SWITCH: Sapphire Induction Cup

The Sapphire Induction Cup is an ultra-premium accessory designed specifically with oil for the SWITCH. Placed inside a Titanium Cup, the Sapphire Insert provides the cleanest surface possible for your oil and concentrates – truly a luxury dabbing experience.
DISCLAIMER: DO NOT use a torch to clean sapphire inserts. Please wait for the Sapphire Induction Cup to cool down to room temperature before washing it with isopropyl alcohol.

SWITCH: Bubble Carb Cap

The SWITCH: Bubble Carb Cap is a great entry-level alternative to the standard carb cap that comes with the SWITCH.
Giving the user more control over their vapor experience, the Bubble Carb Cap provides directional airflow, allowing for more vapor density and production flexibility.