MakerBot has built a solid reputation as a 3D printer manufacturer and its latest innovation, the Method 3D printer, hopes to bridge the gap between home devices and industrial tech. Dubbed a "performance 3D printer," the new offering from MakerBot promises features usually restricted to industrial printers but at a price more in line with what regular consumers would pay.
According to MakerBot CEO Nadav Goshen, the Method 3D printer is the next step in helping organizations adopt 3D printing at a larger scale." This improved performance comes from the Method's Dual Performance Extruders capable of delivering 2x faster print speeds when compared to typical 3D printers. Another feature taken from industrial printers is special dry-sealed material bays, which form a seal to stop filament material from absorbing moisture.
Affordable High-Performance 3D Printers
The Method 3D-Printer Offers Industrial Performance
Trend Themes
1. Affordable High-performance 3D Printing - There is an opportunity for companies to offer high-performance 3D printing capabilities to a wider range of consumers at an affordable price point.
2. Dual Performance Extruders - There is potential for technology companies to improve printing efficiency by developing more advanced dual performance extruders.
3. Dry-sealed Material Bays - Companies could explore the potential of incorporating dry-sealed material bays in their 3D printers, to prevent filament material from absorbing moisture.
Industry Implications
1. 3D Printing Industry - The 3D printing industry has an opportunity to expand its market and increase its user base by offering affordable high-performance printers to the masses.
2. Consumer Electronics Industry - The Consumer Electronics Industry could benefit from incorporating 3D printing in their product design process, with the availability of high-performance affordable 3D printers.
3. Manufacturing Industry - The manufacturing industry can explore the potential of utilizing affordable high-performance 3D printers for prototyping and production purposes.