Introduction With the demand for smoking increasing every year, manufacturers have tapped into technology to produce advanced smoking tools, namely, e-cigarettes. Although individuals who have adopted this new smoking mechanism, which is commonly referred to as vaping, view it as safer because of the assumed low nicotine levels inhaled, this paper demystifies this perception. Various brands, including Jul, Kanger, and SMOK, have deployed this disruptive technology for about ten years. This situation reveals why the number of consumers of e-cigarettes has been increasing steadily in the U.S. and other parts of the world. Battery-powered gadgets that have been used to produce e-cigarettes do not reduce the complexity of health issues associated with smokers. This paper finds it crucial to briefly examine the components of devices that facilitate vaping and the possible risks posed to users. Overall, vaping is found to have significant effects that range from lung cancer, heart failure, and an increased urge for other drugs such as conventional cigarettes and cannabis. Components of the Vaping Machine Vaping machines, which are universally known as e-cigarettes, contain a battery that is utilized to power the gadget. The charging unit facilitates the conversion of liquid items into vapor that is then gasped into the lungs to cause effects similar to those associated with traditional cigarettes. Users usually exhale the vapor after a short while of inhaling. According to Richter, “a vaping device consists of a mouthpiece, a battery, a cartridge for containing the e-liquid or e-juice, and a heating component for the device that is powered by a battery.” According to Floyd et al., the design and components of vaping devices have been changing with time due to the innovativeness of organizations that produce the gadgets (2). For instance, while the first generation of vaping machines had the shape of a cigarette, manufacturers have produced advanced and user-friendly machines that contain refillable e-juice containers. Aspects of portability and convenience have also been captured in the new designs of vaping gadgets (Chen-Sankey et al. 2). For instance, Richter introduces the JUUL that has a size of a flash-disk, which many users, including secondary school learners, find comfortable to use, carry, and hide. The level of customization of such devices determines their market prices, hence implying that newer versions are more expensive compared to older ones. However, the need for accommodating all users reveals why manufacturers are still producing the first generation of vaping machines that are not only less complicated but also affordable to low-income earners (Richter). This situation concurs with findings in the study conducted in 2016 by Chen-Sankey et al. whereby “4.3% and 11.3% of U.S. middle and high school students reported using e-cigarettes in the past month, increasing from 0.6% and 1.5% in 2011, respectively” (2). According to Floyd et al., current designs are being bought at a higher rate due to their capacity to help users to inhale higher volumes of nicotine, thus bringing almost instant satisfaction with the drug being consumed (2). Overall, based on the observed trend concerning vaping tools, it is possible that producers will continue to modify these gadgets to suit consumers’ rising demand for e-cigarettes. How Condensation Occurs It is cru