Choseikyu® Non-Smoke Moxa - Chosei.NonSmoke
Choseikyu® Non-Smoke Moxa provides the benefits of moxibustion with minimal smoke or odor. Made from carbonized moxa and designed for easy ignition, it offers precise thermal stimulation akin to direct moxibustion. It burns evenly from top to bottom, ensuring gradual heat transmission and delivering therapeutic warmth without skin discomfort. Available in boxes of 200 cylinders of moxa, each measuring 0.4" x 0.15" diameter.
• Minimizes smoke and moxa odor
• Provides targeted thermal stimulation similar to direct moxibustion
• Easy to light
Since the founding of the company ITO in 1916, based on the clear vision of founder Kenji Ito, the company has made constant progress in electrophysical agents during its prestige history stretching over 100 years. ITO’s electrotherapy devices have earned a strong reputation for high technology, effectiveness, and usability, a reputation rooted from the company’s focus on contributing to society rather than mere sales results—another legacy dating from the time of ITO’s founder. In its essence, electrophysical agents involves not just technical capabilities, but establishing an approach founded on evidence-based medicine (EBM). For this reason, through ongoing joint collaborative research projects with universities and research institutions, ITO has assisted in the process of verifying evidence for the efficacy of intervention with electrophysical agents. These conducts represent the foundations of ITO’s vision in mastering therapeutic interventions via electrophysical agents and is a key element in the support ITO provides not just to medical institutions, but to the health of consumers and conditioning efforts among athletes. Within an aging society, the boundaries of ITO’s activities is expected to continue expanding, based on its foothold in medical related fields in which it has already achieved significant expertise in. ITO plans to continue pursuing research efforts to ensure comprehensive reliability and quality controls for its products and to develop new domains for electrophysical agents.
