About this video

• Video Title: I nearly broke the NEW Bambu Lab H2D printer. What you should know before you buy one - Full Review
• Channel: NeedItMakeIt
• Speakers: [Speaker's name not explicitly mentioned in the transcript]
• Duration: 24:47

Overview

This video provides a comprehensive review of the Bambu Lab H2D printer, covering its features, performance, and potential drawbacks. The reviewer details their extensive testing, including a significant failure involving a ball of plastic, and offers insights into multi-material printing capabilities, print quality, and notable improvements over previous models. The video aims to inform potential buyers about what to expect before purchasing the printer.

Key takeaways

• Dual Hotend System: The printer features a dual hotend system that allows for multi-material and multi-color printing. It can swap between hotends quickly, reducing print time and waste compared to older models, though a purge cycle and some waste are still involved.
• AMS Compatibility and Improvements: The H2D is compatible with Bambu Lab's AMS system. The new AMS2 offers better spool fitting and accessibility, with features like automatic vent closing and dryer activation (future update).
• Fast Heating and Bed Uniformity: The printer boasts exceptionally fast bed and chamber heating times, with the bed achieving 70°C in just over a minute. Despite the rapid heating, the build plate maintains excellent temperature uniformity, preventing warping issues.
• Print Quality: The print quality is described as excellent, with minimal visual artifacts (VFAs) and good layer alignment, especially with single-material prints. Multi-color prints may show some internal structure telegraphing.
• Safety and User Experience: Features like the integrated air filtration system, automatic door closure, and a powerful internal fan contribute to a quieter and safer printing environment. The quick-swap nozzles are highlighted as a significant user experience improvement.
• Build Volume Limitations and Failures: While the printer excels at dual-material prints, its build volume can be affected by the dual hotend setup, limiting the width of single, large prints. A significant failure occurred due to disabling nozzle camera monitoring during a PETG print, leading to a large plastic blob that nearly damaged the print head. This highlights the importance of the monitoring system and proper build plate preparation.
• Comparison to X1C: The H2D is presented as a significant upgrade over the X1C, being heavier, larger, and offering more printable volume with a single nozzle, while also featuring improvements in print quality and user-centric features.