Cube 3d Error

first digit refers to the extruder number. (Ex. If your printer has two (2) extruders and you have code 13, the error refers to extruder 1.) The second cube 3d printer review character refers to the error type. Refer to the following chart for descriptions cube 3d software of material flow error types: Error Type Description Possible Cause 1 Material stopped Tangled cartridge Extruder blockage 2 Idler

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stalled Tangled cartridge Extruder blockage 3 Material not present The end of the material has been pulled into the extruder Temperature Errors Temperature errors that appear on the display contain two (2)

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digits. The first digit refers to the extruder number. (Ex. If you printer has three (3) extruders and you have code 35, the error refers to extruder 3.) The second digit refers to the error type. Refer to the following chart for descriptions of temperature error types: Error Type Description Possible Cause 1 Thermistor circuit Possible short circuit detected 2 Initial rate of change rubik's cube 3d low Contact support 3 High rate of temperature change detected A sudden change in temperature was detected 4 Low rate of temperature change detected The rate of temperature increase is below the expected rate of change 5 Set point deviation The temperature is different from the target temperature For more information, contact Cubify Support. CONTACTING SUPPORT Cubify Support is available at cubifysupport@cubify.com. Printer-friendly version Download as PDF ‹ Lubricating The Bearing Rods up Troubleshooting › Printer-friendly version Download as PDF Copyright© 3D Systems, Inc. All rights reserved. CubePro User GuideIntroductionWarrantyImportant Safety InformationFeatures And BenefitsAt-A-GlanceSpecifications And RequirementsUnpacking And Setting Up Your CubeProUnpacking And Initial SetupSetup And ActivationConnecting Via USB CableMenu OverviewPrinting Your CreationFinishing Your CreationCubePro SoftwareSoftware OverviewHome TabView TabSettings TabPrinter ConfigurationBuild SettingsAdvanced Build SettingsFirmware UpdatePrinter ConnectionNylon Manual SupportsPreparing And Printing A CreationOperation ProceduresUsing Advanced MaterialInstalling A Material CartridgeReplacing A Material CartridgeInstalling An Air Tight Material CartridgeReplacing an Advanced Material CartridgeSetting Up An Ad Hoc NetworkMaintenanceRestoring Roughness To The Print PadAdjusting The Jet WiperCalibrating The Print PadCalibrating The Z-Gap And Print Pad LevelCalibrating The Offset JetsCalibrating The Wipe FunctionTesting The Print Jets And ExtrudersMoving The Print JetsPrint Jet Temperature CalibrationUpdating The Printe

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Technology 3D Cloud 3D Cutting 3D Design 3D Printing 3D Segmentaion Company Team About Us cube 3d movie Investor Relations Media & Press 3DPedia Blog Contact Us HOW TO: Troubleshoot “Filament Flow Fail” on The Cube November 4, 2013 by cube 3d printer vs makerbot Braden Ellis Shouting purple monster. Source: Shutterstock.com If you have recently read those dreaded words: “Filament Flow Fail” on your Cube’s digital screen, don’t despair. This troubleshooting guide will help you get up and running again http://infocenter.3dsystems.com/cubepro/user-guide/maintenance/error-codes in no time.Why save the best for last?This author has learned from experience that patience is definitely a virtue when it comes to 3D printing.One of the best pieces of advice you can get about solving your flow errors is to not rush ahead of the Cube on the loading cartridge process. If you get impatient, bits of liquid filament remain in the tube and prevent the filament from moving naturally. So take http://www.whiteclouds.com/blog/how-troubleshoot-filament-flow-fail-cube a deep breath (or two) and count to 100.For starters, here is a sneak peak under the hood of the Cube:· First, you may want to watch the official Cubify video tutorial found here.· Second: Go to the Setup screen>Change Cartridge. The screen will ask if there is filament in the head. Press the checkmark. While the print head is heating up, use the metal stick included in your Cube’s box to press through any residual plastic that might be stuck inside. If there is material left inside, it should press out of the nozzle. If you don’t have the wire, you can use a paper clip or similar-sized shaft.· When you are in the Load Cartridge setup, make sure the gear is grabbing the filament as you feed it into the top of the print head. You should feel it pulling the filament down a bit at a time. Once inside, the filament should stay firmly lodged if you pull on it. If you can’t tell if the filament is moving, mark it just above the cover hole with a bend in the line, fingernail or permanent marker. This will provide a good visual reference point.· Listen for a clicking sound inside the print head cover. If there’s an issue with the gear

not been able to bring it to its knees. And, by doing so, have made it less likely that you http://cubifyfans.blogspot.com/2012/07/some-donts-with-cube.html will end up doing so. Remember when I ran out of filament? It happened when I was running it unattended. And, the reason it happened is that I failed to read the warning that came up on the LCD about not having enough material to complete the object as I was starting it.. I saw something; but, because I intended to photograph the piece for cube 3d a stop-motion movie, I'd flooded it with lights. And, since I wasn't wearing my reading glasses, the brightness made it difficult to decipher. I should have taken the time to go get my glasses. Therefore, the print never completed and the filament ran completely out. I didn't think much of it and it took some time to obtain more filament. But, when I tried to load cube 3d printer the new filament into the PrintJet I heard an all too familiar sound. In a 3D extrusion printer, if the extruder cannot move the filament forward, it makes a clicking sound. Virtually, all owners of 3D printers have heard it at some time or other. More often than not it means the print head is clogged. And, that was true for the clicking I was hearing from the Cube PrintJet. I'm pretty fearless when it comes to tackling mechanical problems. So, I took off the Printjet cover to see if I could clear the clog. This drawing is my simple rendition of the extrusion system used in the Cube. Cube Extrusion System As you can see, there are three basic parts: A top tube into which the filament is loaded A gear and spring-loaded idler that pull the filament A bottom tube which is heated to extrude the filament. As you can plainly see, this is a brilliant design allowing for a nice small Printjet with direct contact with the filament. It allows them to put a motor, fan and extruder into a nice, compact Printjet package. The compactness of the design is wonderf