Traditional gas masks tend to be large, intrusive and poorly designed in order for air to be filtered adequately, but the 'Espire' mask reinvents that design.
The masks were designed by Carlos Schreib, who saw a problem with the clunky creations that are currently offered on the market. He decided that turning the functionality of gas masks upside down would be ideal for creating slimmer and more comfortable air-filtering devices. As a result, the Espire mask allows air to flow from the top where it is filtered and sent into the mask and is then inhaled and exhaled out of the bottom of the mask.
The Espire is perfect for people who are looking for more comfortable and less obtrusive gas masks that still get the job done.
Upturned Gas Masks
This Gas Mask Was Re-Invented to Offer a Slimmer and More Comfortable Design
Trend Themes
1. Slimmer Gas Mask Designs - The trend of creating slimmer and more comfortable gas mask designs offers an opportunity for companies to disrupt the traditional market.
2. Top-filtered Airflow - The trend of utilizing top-filtered airflow in gas masks presents an opportunity for innovative designs and improved functionality.
3. Less Obtrusive Gas Masks - The trend of developing less obtrusive gas masks provides an opportunity for companies to meet the demand for more comfortable protective gear.
Industry Implications
1. Personal Protective Equipment - The personal protective equipment industry can capitalize on the trend of creating slimmer and more comfortable gas masks.
2. Manufacturing - The manufacturing industry can seize the opportunity to produce innovative gas masks with top-filtered airflow.
3. Healthcare - The healthcare industry can benefit from developing less obtrusive gas masks for medical professionals and patients in need of respiratory protection.