FlashForge Dreamer X Axis Carriage

thingiverse

The X Axis Carriage For Dreamer 3D Printers Offers Enhanced Reliability and Strength Replacing The Standard X-Axis Carriage On FlashForge Dreamer Units, This Custom Design Ensures Continuous Functionality Even In Extreme Printing Conditions. Note That This Carriage Does Not Incorporate the Belt Clamp, A Critical Component You Must Either Use the Original Belt Clamp or Create One from a Downloadable Model Found Here: https://www.thingiverse.com/thing:456853 Print The Replacement X-Axis Carriage Immediately Before You Require It - Prioritize Preventative Maintenance for Your Dreamer Printer. Older models lacking a clear door and rear cooling fans are more susceptible to overheating, Which Can Result in Deformation of the Original X-Axis Carriage When Printing with the Lid On. In stark contrast, The newer FlashForge printers feature these essential components, reducing the risk of excessive heat and subsequent damage to your 3D printer. Regrettably, my initial attempt at printing failed - My Dreamer's original X-axis carriage underwent Meltdown due to operating dual extrusion settings at extremely high temperatures (230C build chamber temperature with 105C heated bed, coupled with the printer's lid closure) While producing a PLA model. I promptly secured a replacement from FlashForge and then set about designing and printing my very own Backup Solution to preclude potential loss of critical functionality. After my next batch printing effort using ABS material also culminated in similar disaster, I made arrangements for thermostat-controlled cooling fan setup which effectively put an end to recurrent damage due to elevated ambient heat - No further accidents have been experienced so far. To avert potentially severe issues and replace your printer's compromised parts as a precaution, I suggest Printing the backup x-axis assembly before such misfortunes occur. In utilizing my newly developed carriage assembly across numerous 3D prints conducted using various materials for printing with an enhanced setup that no longer results in problems, countless reliable operation times demonstrate clear efficiency while effectively avoiding further overheating occurrences. It's well worth noting: Since initially completing this development by generating all files starting anew from a complete "0" within blender environment; All created files have remained easy accessible without ever requiring complex software modifications even during print time operations due largely thanks too ease use via existing supported libraries within available free CAD tools like Blenders.