![]() ![]() If I set it to "1", i have one missing layer. Raise3D ideaMaker free slicing software is easy to use with hundred of customization features for advanced users. 1280 x 800 display with 32-bit color and 512 MB or more of dedicated VRAM. 2.0 GB or more of available hard-disk space. ![]() For delivery outside of the Continental United States, expedited delivery availability (additional cost may apply), or additional questions, please. Intel® Core 2 or AMD Athlon® 64 processor 2 GHz or faster processor. Free Ground Freight Shipping within Continental United States. Is there something I am not getting? Or can I change this somehow?įrom my slicer background I am used to vertical and Offset being set to "0" resulting in the last support layer being directly above or below the first or last part layer. Please contact Raise3D direct sales at or call 1-88 for more details. Every other slicer has z = 0 for the starting coordinate, based on the lowest point in the part. Why is the standard Z-position not "0", but half of the part height? If I want to move a part in Z-direction, I always have to subtract half the part height from my desired z-height. 3) In Standard Mode and Hyper Speed Mode, threshold values for each speed of different filaments in Raise3D Pro2 series: In ideaMaker 4.4. ![]() I hope you can help me understand the logic background to this. However I have some points I find quite odd with the IdeaMaker coming from many years of experience with Slic3r and Simplif圓D. 52.5 kg 61.15 kg 32.4 kg (Raise3D Filament Dry Box not included) 35 kg 50.2 kg 59.3 kg 76.6 kg 87.45 kg 36.7 kg (Raise3D Filament Dry Box not included) 41.3 kg 62.7 kg 71.8 kg 84.55 kg 95.4 kg 45.4 kg (Raise3D Filament Dry Box not included) 50 kg 70.5 kg 79. So far I am quite satisfied with the printer and the software. Otherwise, my preference is cubic for lower oscillation but strength as a compromise.My name is Christoph and I recently got a Raise3D N2 with dual Bondtech upgrade. Figure 3: Set 'Infill Pattern Type' to be 'Grid'. Figure 2: Select an 'Infill Pattern Type' depending on the model type. The parameters of the Adaptive Support Tab on ideaMaker. Infill Pattern Type refers to selecting the infill pattern for the interior of the model. Note: This blog is originally written in Italian by Raise3D’s client 3dingrolab: Supporto Adattivo : Come impostarlo correttamente su IdeaMaker. Typically for non high-flow filaments you want to slow down and shoot for 12-15 mms^3Įach filaments speed and flow rates can affect that, above example is PLA. Adaptive Support: How to Set It Up Correctly in ideaMaker. That's been MUCH more of an issue when printing at high speeds around 18-21 mms^3 with non high-flowing filaments. The main function is to save time and printing material, especially material that will be thrown away. There's people who do talk about head collision printing cubic or rectilinear, but I haven't experienced that on the Bambu, only if the filament isn't going down cleanly due to a flow rate or speed issue pulling the filament up a bit before it cools. Adaptive support, as the word already implies, is a type of support that varies its density percentage as the size of the model along the Z-axis increases as prints. ![]() Otherwise, in general it is a strong all-arounder, just not what I use for high-speed printing. Control Panel: Touch Screen (Resolution: 1920 × 720) with Magic Layout (Allow to. Resin Management: Auto Resin Feeding, Resin Level Detection, Resin Confirmation. In contrast to printing supports using the same material, PET support filament is easier to remove and allows for detailed surface quality and dimensional accuracy. In all of my testing, gyroid has been about 25-30% slower and also puts a lot of frame stress and vibration into the mix, that's a long-term consequence consideration, of mine, for the service life of the printer's parts, also a noise one due to how gyroid needs to oscillate when laying down. Max Printing Speed: 25 mm/h (0.1 mm per layer) Layer Height: 50-100 micron. Raise3D Industrial PET Support Filament is a break-away support material specially designed for FFF printing with fiber reinforced filaments. ![]()
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