The 'Witbox 2' Open-Source 3D Printer is Ready for Home or Office
Michael Hemsworth — December 10, 2015 — Tech
References: github & geeky-gadgets
3D printing is evolving to be more sought after by consumers, so the 'Witbox 2' Open-Source 3D Printer is designed to be a more affordable option that will enable full capabilities from home or office. As the name denotes, the 'Witbox 2' Open-Source 3D Printer is completely open-source, which enables makers to tinker with the inner workings without having to worry about factory restrictions to increase consumer adoption.
Able to print at speeds of 200-mm/s, the 'Witbox 2' Open-Source 3D Printer features an inductor sensor to quickly sense the parameters to let the maker augment the machine accordingly. Packed with a graphic LCD screen, the 'Witbox 2' Open-Source 3D Printer is easily managed to make it ideal for makers of amateur or advanced status'.
Able to print at speeds of 200-mm/s, the 'Witbox 2' Open-Source 3D Printer features an inductor sensor to quickly sense the parameters to let the maker augment the machine accordingly. Packed with a graphic LCD screen, the 'Witbox 2' Open-Source 3D Printer is easily managed to make it ideal for makers of amateur or advanced status'.
Trend Themes
1. Affordable 3D Printers - The demand for affordable 3D printers continues to grow worldwide, especially for personal use.
2. Open-source Hardware - Open-source hardware and software platforms are becoming more popular, with increasing consumer adoption and customization opportunities.
3. DIY Manufacturing - The development of affordable consumer 3D printing technology has increased the potential for DIY manufacturing by makers of all skill levels.
Industry Implications
1. Consumer Electronics - Consumer electronics manufacturers could benefit from developing affordable, customizable 3D printers to meet rising demand for personal use.
2. Hardware Manufacturing - Hardware manufacturers could capitalize on the growing open-source hardware movement by creating more accessible and customizable hardware for consumers.
3. Education - Educational institutions could integrate DIY manufacturing, 3D printing, and open-source hardware into their curriculums to teach valuable skills and meet the needs of the growing maker community.
4.5
Score
Popularity
Activity
Freshness
