The 'Falcon' Welding Mask Offers Enhanced Protection
Michael Hemsworth — October 4, 2017 — Art & Design
References: yankodesign
Virtually every piece of equipment and gear is being outfitted with smart connectivity capabilities to satisfy consumer preferences for digital integration, which is what's at work with the 'Falcon' welding masks.
Designed by Janis Beinerts, the 'Falcon' mask is designed with enhanced connectivity capabilities to let the user stay connected to their smartphone when they are wearing the protective headgear. Additionally, the mask also connects workers together to communicate more clearly in case of a problem or to simply stay abreast on what each other are working on.
The 'Falcon' welding masks identify the problems with traditional welding masks and look to solve them to make the profession less daunting for those who are presently in it or thinking of pursuing a career in it.
Designed by Janis Beinerts, the 'Falcon' mask is designed with enhanced connectivity capabilities to let the user stay connected to their smartphone when they are wearing the protective headgear. Additionally, the mask also connects workers together to communicate more clearly in case of a problem or to simply stay abreast on what each other are working on.
The 'Falcon' welding masks identify the problems with traditional welding masks and look to solve them to make the profession less daunting for those who are presently in it or thinking of pursuing a career in it.
Trend Themes
1. Smart-connected Protective Gear - Developing smart-connected gear, like welding masks, presents disruptive innovation opportunities by enhancing safety and communication capabilities.
2. Digital Integration in Industrial Equipment - Integrating digital connectivity into industrial equipment can lead to disruptive innovations that improve productivity and user experience.
3. Collaborative Remote Communication Tools - Creating collaborative remote communication tools, such as the 'Falcon' welding mask, offers disruptive innovation possibilities by enhancing teamwork and problem-solving in industrial settings.
Industry Implications
1. Protective Gear Manufacturing - The protective gear manufacturing industry can leverage smart connectivity to develop innovative products that enhance safety and comfort for workers.
2. Industrial Equipment Manufacturing - Manufacturers of industrial equipment can explore integrating digital features and connectivity to create disruptive innovations that improve efficiency and user experience.
3. Communication Technology - The communication technology industry can tap into the market demand for collaborative remote communication tools to develop disruptive innovations that facilitate real-time communication in industrial and professional settings.
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