3D printers are often associated with having a relatively substantial design that requires a workshop for use, but the 'TinyMaker' open source 3D printer is here to completely change this. The unit is compact enough to be brought almost anywhere and can be used to create small objects thanks to its leakproof resin tank design. The printer comes with a carrying case to further support being brought anywhere and only requires 5W of power to be used, which makes it compatible with power banks.
The 'TinyMaker' open source 3D printer is suitable for customization thanks to its design and is perfect for avid gamers or model making enthusiasts thanks to its ability to quickly print small items.
Palm-Sized 3D Printers
The 'TinyMaker' Open Source 3D Printer Can Be Brought and Used Anywhere
Trend Themes
1. Portable 3D Printers - The trend towards more portable 3D printers provides opportunities for disruption in industries like gaming and model making that require on-the-go customization.
2. Miniature 3D Printing - The trend towards smaller 3D printers opens up new possibilities for manufacturing small objects and provides a disruptive opportunity for the jewelry and toy making industries.
3. Low-power 3D Printing - The trend towards 3D printers that require low power makes it possible to use them in areas with limited power supply. This provides a disruptive opportunity for industries in remote locations such as oil rigs and mining camps.
Industry Implications
1. Gaming - Portable 3D printers like the 'TinyMaker' present an opportunity for gamers to quickly create customized game pieces, terrain, and props on-the-go, thereby disrupting the traditional gaming accessory market.
2. Model Making - The TinyMaker's compact size makes it a convenient tool for model making enthusiasts, thereby disrupting the traditional model-making supply market and opening up new possibilities for DIY customization.
3. Jewelry Making - Miniature 3D printing provides an opportunity for jewelry makers to rapidly design and produce customized small parts, which can greatly increase their efficiency and creativity while disrupting the traditional jewelry making process.