California-based 3D printer manufacturers Kudo3D have just unveiled an exceptional new 3D printer, dubbed the Titan 2, that is designed to be fully capable of printing high resolution 3D materials to an accuracy level between 37 and 100 microns.
This next-generation 3D printer comes powered by an embedded Raspberry Pi mini PC and works by making use of proprietary Passive Self-Peeling technology. It is compatible with all kinds of computer and smartphone formats, and is capable of providing a maximum print speed of 2.7 inches per hour.
This new 3D printer's stand-out feature is the Passive Self-Peeling, which uses six different materials to reduce the force of layer separation, making it possible to get more intricate and accurate layers. Available for pre-order at the moment, the Titan 2 3D printer will appeal to a wide variety of 3D printing enthusiasts.
What's Driving This Trend
- High-resolution 3D Printing
- The Titan 2 3D printer's high resolution and accuracy between 37 and 100 microns opens opportunities for micro-detailing in manufacturing and prototyping.
- Passive Self-peeling Technology
- Kudo3D's proprietary peeling technology that reduces the force of layer separation may disrupt the 3D printing industry by allowing for faster and more accurate 3D printing.
- Embedded Raspberry Pi
- 3D printer manufacturers can potentially integrate more computing capabilities with the Titan 2's embedded Raspberry Pi mini PC while improving 3D printing speed and quality.
Who This Affects Most
- Manufacturing
- Manufacturers can use the Titan 2 3D printer's high-resolution printing capabilities and proprietary technology to create detailed prototypes and finished products with intricate parts.
- Healthcare
- The medical industry could potentially use the Titan 2 3D printer's high-resolution printing to create intricate models of organs and body parts for surgical planning and medical education.
- Education
- Educational institutions can use the Titan 2 3D printer's high-resolution printing capabilities and accessibility to teach and explore end-to-end 3D printing processes.
