The 'Blizzflosser' by Chris Martin Gently Flosses in Seconds
Michael Hemsworth — September 19, 2022 — Lifestyle
References: blizzbrush & yankodesign
The process of flossing is notoriously tedious and requires several minutes to be performed, which are two aspects the 'Blizzflosser' is designed to help change. Designed by Chris Martin, the oral care device is achieved via 3D printing and utilizes several small sections of floss to clear plaque in mere seconds. The mouthpiece only needs to be positioned into the mouth and shifted with the jaw to fit the various floss pieces in between the teeth; moving the unit around for about 15-seconds will result in all teeth being flossed at once with minimal effort.
The 'Blizzflosser' is designed to perfectly replicate the process of manual flossing and is rated to last for up to three-months of regular use. The unit only needs to be rinsed between uses to keep it fresh.
The 'Blizzflosser' is designed to perfectly replicate the process of manual flossing and is rated to last for up to three-months of regular use. The unit only needs to be rinsed between uses to keep it fresh.
Consumer Demand Drives Foldable and Multi-Screen Devices
Consumers are adopting foldable and multi-screen devices as they seek more versatile and pocketable screen options for enhanced mobility and functionality.
Question 1
Which of the following types of devices have you personally used in the past 12 months?
Select up to 8
Question 2
What are the main reasons you use or chose this type of device?
Select up to 3
Question 3
How likely would you be to choose a foldable or multi-screen device the next time you purchase a smartphone, tablet, or laptop?
Trend Themes
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3d-printed Oral Care Devices — Opportunity to create more 3D-printed oral care devices that can make routine oral hygiene easier and more efficient.
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Automated Oral Hygiene — Disruptive innovation opportunity to create automated oral hygiene devices that can clean teeth and gums with minimal effort.
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Personalized Oral Care — Opportunity to create personalized oral care devices that can cater to individual's specific dental needs.
Industry Implications
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Dental Industry — Developing 3D-printed oral care devices that can make oral hygiene routines easier and more efficient.
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Consumer Electronics Industry — Creating automated oral hygiene devices that can be integrated with smart home technology.
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3D Printing Industry — Partnering with the dental industry to provide innovative 3D-printed solutions for oral care devices.
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