![]() ![]() Filament at this price range typically performs poorly (bad adhesion, poor winding, and issues with lamination), but the Premium White PLA printed without any issues. ![]() Once the build platform had been leveled by tramming the nozzle across the platform, I printed the Chuck Hellebuyck CHEPCLUB Calibration Square to verify that no further adjustment was required.įor this review, Monoprice sent me a spool of their Premium White PLA, a basic material that is priced at $14.99 per spool, a surprisingly inexpensive price. This is a manual process and this review unit required manually lowering the Z endstop on the printer, something a beginner may not intuitively know. Just like the other similar printers, leveling the Monoprice Joule is performed by adjusting four thumbscrews located at each corner of the build platform. This is not a large difference in price, and it’s hard to see a compelling reason to choose one over the other. The Voxelab Aquila X2 is available on Amazon for $239, while the Monoprice Joule is listed on the Monoprice site for $249. The primary difference is the rotated orientation of the LCD screen, and the lack of a filament run-out sensor. Interestingly enough, the Monoprice Joule seems to be a direct clone of this printer and uses the same hot end cover, hardware, and even the same controller board. While assembling the frame, I noticed that the aluminum extrusions were smeared with cutting fluid, something I had seen before on the Voxelab Aquila X2. ©3DWithUs – Photo: Andrew Sink Hot end cover Greasy aluminum extrusions Aquila branded controller board The overall build quality is impressive, with all components locking together nicely and a generally high level of finish. ![]() ©3DWithUs – Photo: Andrew Sink Adjustable tension The Joule includes a plastic cover over the Y axis motor, which is a nice safety feature. Like other Ender 3 V2 clones, the Joule includes the ability to adjust the tension on the X/Y axes by turning a thumbscrew to increase or decrease tension on the belt. The 3D printer DIY kit in an unassembled state The included instructions were laid out very clearly, and the fasteners and accessories all ship in small labeled bags which help make the assembly even easier. The assembly process takes about an hour or so, and requires attention to detail when connecting the wiring and motion system. The Monoprice Joule is sold as a DIY Assembly Kit, and the assembly process is similar to other i3 style printers like the Creality Ender 3 V2. Ultimately, reducing print speed to the settings listed helped us increase print quality back to acceptable levels.Build Platform: Removable Carborundum Glass Plate Increasing the hot-end temperature seemed to help at some point we were printing at 230C, well beyond Hatchbox' extrusion temperature range (range is listed as 180C-210C for this PLA batch). This might seem like a bed adhesion problem, but the prints were very well attached to the bed I had to apply a lot of force to remove a 15*15cm square from the bed. The clumps on the nozzle would drop at other points, leaving stringing filament all over, and further compromising the next pass of the head. The ones on the bed would grow taller than layer height, making the next pass of the nozzle bump against it, further depositing material on it. ![]() These would rest either on the bed, or on the nozzle itself. Material would not adhere properly to the print bed, and would start making clumps. Symptoms of my printer being told to print too fast: Settings breakdown Setting Cura default Recommended I'm using PLA, 0.4mm nozzle, 60C for bed, 200C for extruder, 1.75mm filament from Hatchbox. Compare the below images for the bottom layer of 4 benchys, with adhesion brim. Then I used the settings you list, and got very nice results. I was using Cura's default settings for a Prusa I3 on my MonoPrice Select V2 (model #13860), and got horrible results frequently. ![]()
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