Actively Heating 3D Printer for High Temp Printing

The video tutorial discusses converting an enclosed 3D printer into an actively heated one to improve printing of high-temperature materials like ABS and ASA. It explains the importance of maintaining high ambient temperatures to prevent warping and delamination. The video also features a sponsorship segment by Flexispot, highlighting their ergonomic office furniture. The tutorial details the process of adding active heating using air heaters and provides testing results, showing improved print quality and reduced warping. The video concludes with a demonstration of printing large ASA parts for a Jeep accessory.

What are the potential risks of adding heaters to a 3D printer?

How does the ambient air temperature affect the printing of ABS and ASA materials?

What challenges are associated with printing large and dense parts in 3D printing?

Summarize the results of the stress test conducted on the large hollow box printed with polymax polycarbonate.