Decrease the filament packing density (ReplicatorG), decrease the feedstockMultiplier (MakerWare and Desktop), or increase the extrusion multiplier (Simplif圓D). If it is slightly hollow (concave), then too little plastic was extruded: your printer is under-extruding. Getting your hair layered is a process that removes weight from. Only change the value in small increments, such as 0.05. thesalonguy hairtutorial haircutHow to get the perfect layers is the topic of this video. For Simplif圓D, reduce the “extrusion multiplier”. For MakerBot MakerWare and Desktop, increase the “feedstockMultiplier”. For ReplicatorG, increase the “filament packing density” in the Dimension plugin. Double click on the Remove Perfect Layers application. Go to the Applications/Perfect Layers/Documentation folder.
Perfect layers .9 license#
This will allow you to transfer your license to another computer. You should deactivate your product before uninstalling. How you will do this depends upon which slicer you use. To uninstall Perfect Layers, follow these instructions. This program is an intellectual property of onOne Software.
Perfect layers .9 download#
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Perfect layers .9 software#
The latest version of the software is supported on PCs running Windows XP/Vista/7/8/10/11, both 32 and 64-bit. Configure your slicing profile to put out slightly less plastic. You can download Perfect Layers 9.5.0 from our software library for free. If it is convex, then too much plastic was extruded and your printer is over-extruding. If it is nice and flat, then you are done! While it is easy to see if the top is convex, you may need to use a straight edge to gauge how flat or concave the top is. With the calibration box model in your slicer, slice it at a 0.3 mm layer height, 100% infill, and using the diameter of the filament you just measured.4 It is critical that you use 100% infill and that you measure the diameter of your filament and input that to the slicer.Ĭarefully examine the top surface of the box. Use calipers to measure the diameter of the filament with which you will be printing. Alternatively, Thing #2064 at contains the calibration box as the download file 20mmbox.stl. ReplicatorG contains as its first example this calibration box: look under the Examples section of the File menu. Obtain a model for a 10 mm high box which is 20 mm on a side. Here is the step-by-step procedure for accomplishing this calibration: So, until you can print a good calibration box, there is little point in worrying about other printing defects you may be experiencing. Producing a respectable box involves calibrating a slicing profile to your printer and choice of filaments. To achieve quality prints, start by ensuring that you can print a decent calibration “box” whose top is nice and flat. This is borrowed from the sailfish manual. Think about it, how often will you print models 0.4mm wide? Thin wall calibration models are not where you should be spending your time. Variations in filament size / quality / humidity etc will all affect the size. Remember these printers are not high spec CNC machines. You'll not get 0.4mm walls without under extruding as filament expands.
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