AutoFarm3D Opens the Door to Full Automation for Enclosed Bambu Printers

June 23 2025, Vancouver, BC — 3DQue is excited to announce the release of the AutoFarm^3D™ Door Opener, the first solution that enables automated part ejection from enclosed Bambu printers, including the X1C, X1E, and P1S.

Until now, users printing with high-temp filaments like ABS, ASA, PC, and high-temp PETG couldn’t automate part removal—because the enclosures these materials require blocked the ejection path. The Door Opener removes that barrier, bringing 24/7 production to enclosed printers.

“Everyone’s been waiting for a way to auto-eject from enclosed Bambu printers,” said Steph Sharp, CEO of 3DQue. “This is the last piece we needed to make full automation possible for every kind of 3D printing operation - even those using high-temp materials.”

Integrated with AutoFarm^3D, the Door Opener supports a fully automated workflow including:

• Smart queueing and job routing
• Integrated filament assignment
• Zero-touch part ejection

This launch follows 3DQue’s recent announcement of full AutoFarm^3D support for Bambu Lab Developer Mode, offering a complete, future-proof solution for print farms, R&D labs, and OEMs scaling up production.

“Print farm operators have been asking for a way to automate enclosed printing. This is it,” Sharp added. “We’re proud to lead the way in print automation that’s both powerful and practical.”

AutoFarm^3D is used worldwide in education, research, manufacturing, and automation-forward labs—helping users increase throughput, reduce labor, and scale confidently.

The Door Opener is available for pre-order, with shipments starting in July.

About 3DQue Systems

3DQue builds automation infrastructure that makes 3D print production scalable, flexible, and resilient. Its flagship platform, AutoFarm^3D, replaces manual workflows with smart automation—from job routing to failure detection and zero-touch part removal. 3DQue empowers makers, researchers, and manufacturers to produce locally, stay connected globally, and succeed at scale - without the labor, waste, or fragility of traditional manufacturing.