Although FDM® 3D printing technology offers cost efficiencies compared with traditional manufacturing, it consumes energy, which costs money. However, there are ways to reduce your printer’s energy cost footprint, and they’re relatively easy to implement.
Explore GrabCAD Print Pro features with this infographic. See the exclusive features available built to optimize workflow, preparation time & budgets.
Turning ideas into parts on the car - faster than ever before with Stratasys' stereolithography and FDM 3D printing technologies.
A look book that showcases the automotive production-grade parts that are produced with: H350™ 3D printer utilising SAF™ technology, Origin® One printer using P3™ technology and FDM® printers.
With the H350™ 3D printer, powered by SAF™ technology, series production of industrial machinery end-use parts can be printed on-site in less than ten hours.
A look book that showcases the automotive production-grade parts the H350™ 3D printer utilising SAF™ technology can print.
The H350™ 3D printer utilises SAF™ technology to produce consistent and accurate end-use parts for the automotive industry.
A solutions guide that explores how SAF technology and the H350 3D printer solve supply chain challenges for automotive volume production and spare parts.
Learn about 3D printing solutions for sustained maintenance production and military supply chains.
When designing parts and preparing prints for the Origin One, or any DLP technology, one important consideration for the best part quality is part orientation. Here are some key orientation considerations and their implementation, to help you prep better builds. These considerations will drive how you choose to orient parts when printing on the DLP-based Origin One 3D printer.
