The Polyes Q1 is a 3D pen, developed by the start-up company Future Make 3D, that has a number of special safety features that aim to make the product safe and fun for everyone to use. Even children can use the pen to safely create 3D plastic shapes and sculptures. The pen is cordless and charged via USB. Aside from standard inks, it also comes with glow-in-the-dark, transparent and temperature-changing inks.
The Polyes Q1 uses photosensitive polymers that harden when exposed to UV light emitted by the pen's tip. This makes it safer to use as well as more energy-efficient.
The pen can be set to automatically stop working when pointing upwards, a clever option that prevents kids from shining the UV light into their eyes. The pen even has an optional feature that circumvents the use of UV light, with customers given the option to buy a blue right resin polymer that requires blue light to harden rather than high-energy UV light.
The Polyes Q1 pen is set to be the subject of a Kickstarter campaign.
The Polyes Q1 is the First Child-Safe 3D Sketching Pen
1. Child-safe 3D Pens - The Polyes Q1 pen introduces special safety features for children to safely create 3D plastic shapes and sculptures.
2. UV Light Hardening - The use of photosensitive polymers that harden when exposed to UV light in the Polyes Q1 pen offers a safer and more energy-efficient option.
3. Alternative Resin Polymer - The optional blue light resin polymer in the Polyes Q1 pen provides a UV-free alternative for hardening the plastic.
1. Toy Manufacturing - The child-safe 3D pen opens up opportunities for toy manufacturers to create innovative and safe 3D drawing tools for kids.
2. Education Technology - The UV light hardening feature in the Polyes Q1 pen presents opportunities for EdTech companies to develop interactive and safe 3D printing tools for educational purposes.
3. Consumer Electronics - The adoption of alternative resin polymers in 3D pens like the Polyes Q1 creates disruptive innovation opportunities in the consumer electronics industry as manufacturers explore new materials for product development.