The main reason why vaporizers became popular is due to their easy to use, simple nature and the ability to minimize health harm to a substantial degree. Keeping this in mind, the main purpose of introducing the concept of digital twin to this is to put in the conscious effort and decrease the possible health risks of vaporizers even more. However, this time using AI and simulations, we can use transparent data to make calculated decisions that will truly point developers in the right direction of achieving this outcome.
One of the most important factors that determine the quality of the vapor that an electronic cigarette produces is the quality of its e-liquid – the substance that is used instead of tobacco to extract nicotine during vaping. Although most vaporizer users are not informed about the quality of the e-liquid they’re purchasing in most vape stores, they can still educate themselves by reading the product’s label and getting a fairer understanding about each and every single compound that the liquid consists of. However, since most people’s attention is not being actively directed to research this, by implementing digital twin technology or creating a separate interface that would be installed in the vaporizer itself, the end-users would be updated on the quality of their e-liquid of choice at any given time and if requested, the online simulation interface could examine all compounds the liquid consists of if e-cigarette users would like to get informed about what exactly they are putting in their body.
One of the biggest methods of positively impacting the end-user experience when it comes to vaporizer and e-cigarette usage is developing a mechanism that would consistently and predictably regulate the wattage of the vaporizer’s battery. In essence, the strength of the e-cigarette battery’s output is what determines the amount of nicotine and vapor that is produced with every inhale and exhale. This presupposes that the battery power will not exceed the recommended electricity output that’s set in place for the vapor not to get burned an over intoxicate the users with excessive amounts of nicotine or other harmful elements that might be produced in extreme heat levels.
By successfully and correctly implementing virtual twin technology, the virtual representation of the vaporizer could be controlled virtually in order to ensure that the battery power is limited and that it will not exceed its recommended electricity output limit, increasing e-cigarette safety altogether. Eager to find out about the very first beta version of a virtual twin powered vaporizer? Join this disruption and attend our digital twin event to witness the gadget.
Want to find out all the capabilities of virtual twin in the e-cigarette industry? Gain the privilege of joining us at our private event where we will open the doors to incredible insights into how e-cig product providers will be using this technology in the future.