Following this, repeatability tests were conducted. Comprising 3 different models (a square with a hole, a tube, and a hexagon) these samples were 3D printed 5 times. To illustrate differences between the 3D printed models during the repeatability tests, the average or mean of the objects was calculated. The mean of differences shows the variations between the parts measurements and its reference. The 3D Printing Industry engineering team conducted an extensive review on the Adventurer 3 to prove several of its core claims. These claims are as follows: A discrepancy of under 0.1mm generally deems a 3D printer to be highly accurate. From the tested parts, a standard deviation of 0.05mm was achieved. However, the overall accuracy of some dimensions was not as high as hoped. Overall, whether large or small, the Adventurer 3 was capable of printing good quality models. Long print jobs, in particular, are not an issue for this 3D printer, as the ABS Notre Dame model printed over 15 hours with no issue. As observed by team, part quality is excellent when all lids are closed making this a great machine for ABS prints. When working with more challenging materials such as ABS, spool storage outside of the system due to the small spool capacity can be a challenge, but affect on prints is negligible if the airflow is properly contained. Notre Dame model replica 3D printed on the FlashForge Adventurer 3. Detail 3D printed Notre Dame model.

Also extremely easy to use, the enclosed build area is rare in FDM printers and makes it both safer and quieter to use than the Ender 3 and indeed many FDM printers of similar cost. One of the latest models to come from FlashForge is the Adventurer 3 3D printer. Right away, the performance users get for the price give it a competitive advantage over other 3D printers at a similar price point. It comes from a company establishing itself as a 3D printing industry leader. Adventurer 3 V2 equips with a flexible build plate with an extra replaceable build plate, 0.4mm 240℃ nozzle, 0.4mm 265℃ nozzle, and 0.3mm 240℃ nozzleNozzle: detachable, remove nozzle just in one clip; stainless steel tube material, fast heating up to 200°C (392°F) in 50 seconds. Maximum printing temperature at 265 °C The print bed distinction is one of the biggest differences between the Ender 3 and the Adventurer 3.

The Ender 3 offers a self-adhering print bed, using magnets to keep it and your print in place. This eliminates the more traditional need for glue or tape to keep the print still and prevent warping or unwanted movement mid-print. The enclosed installation space enables 3D printing with ABS and filaments that tend to warp. Then you can remove your finished objects easily and undamaged with the flexible print bed.The newer Adventurer 3 Pro has – among other upgrades like a hotter nozzle and glass build plate – a much higher range of usable filaments like PETG and specialty PLAs like marble and fluorescent. So while the build plate comparison here comes to a tie, the Ender 3 is your best call if you value speed. Filament detection sensor (printing is paused when no filament is detected and resume when the filament is present)