Print Controls

the print controls tab contains optional print parameters the majority of prints will not require adjustments print controls features click on the name of a feature below for more information print controls ui with number key print profile the print profile is the program created by the printer software during print analysis that controls the printer movements and the creation of the part during printing print profile options default use for first prints the software analyses the geometry and chooses an optimal print speed for the resin most prints will operate best with the default print mode dynamic (m1/m2 printers) prioritizes print speed the software looks for areas where resin will flow more quickly and speeds up the print in those areas not all parts will find increased print speed print speed can contribute to part defects, so it is recommended to use dynamic print mode only after confirming successful print results in default force feedback (ffb) printers (m3, m3 max, l1) will see minimal difference, or even higher print speeds with the dynamic print profile because ffb already optimizes speed where possible dynamic is a tool for m1 and m2 printers reference print plan and force feedback in the dls printer dynamics course for more information dynamic print profile example this build saves 30 minutes of print time (3h 12m instead of 3h 42m in default) with the dynamic print profile on an m2 printer (results vary per build) time is saved at the small and consistent cross sections at the end of the print there is both more space for resin flow and a consistent flow pattern that allows for faster printing at these slices dynamic print profile example dpr 10 loosen/tighten fit two print profiles for use with dpr 10 are available to all customers to provide dental labs with more control over print outcomes dpr 10 loosen fit → use this print profile for dpr 10 prints if, on previous prints, the fit of mating parts (e g dies) is too tight dpr 10 tighten fit → use this print profile for dpr 10 prints if, on previous prints, the fit of mating parts (e g dies) is too loose available in software v1 45 and higher flexera smile ultra+ c\&b for use with desktop health flexcera smile and flexcera smile ultra+ resin under applicable conditions custom print profiles carbon support may provide custom print profiles to solve specific print issues as needed those profiles will be made available in your drop down menu when needed please reach out to carbon's support team if you need assistance a few of the commonly shared print profiles, intended for specific resins, were limited to use with only applicable resins in v1 43 (rpu 70 and dpr 10) l1 b1 epu default (deprecated) as of v1 45 , all projects created prior to v1 43 using the l1b1 epu default print profile were converted to default history of this print profile designed for all epu resin prints on an l1 printer using a b1 l1 cassette better printability and faster print times for most applicable geometries notes per software release the l1 b1 epu default print profile was first released in software v1 36 projects on software v1 39 or earlier using the l1 b1 epu default print profile did not automatically carry forward after updating to v1 40 “unknown profile” was displayed as your print plan until a selection was made the l1 b1 epu default print profile became default for all epu prints on l1 printers with b1 cassettes as of software v1 41 this means that all l1 epu prints on b1 cassettes automatically had these print plan settings applied without needing to select a specific print profile dropdown the l1 b1 epu default print profile remained available via the print profile drop down menu for the v1 41 release, but was removed as of v1 43 projects using the l1 b1 epu default print plan that were created prior to v1 43 docid\ a0gh07euhjtl7zz9vj3 e were converted to default in v1 45 docid\ mgqiv81rgzn0odmk3lli6 print plan print plan adjustments can be used to eliminate defects and adjust print times by adjusting the default print plan operating your printer print plan adjustments ui requires software version v1 39 or higher release film selecting this checkbox will cause your print to begin printing off the platform to compensate for the thickness of the release film ⚠ if you select this option but fail to apply the release film, your print could fail to adhere to the platform ⚠ if you select this option but fail to apply the release film, your print could fail to adhere to the platform if the “print with release film” box is selected for a print, there will be an indication on the printer screen that release film needs to be applied to the platform prior to starting the print release film required wash profile four wash profiles are available to select for the build beyond the standard wash options when using the part washer learn more in the operation guide note that if your part washer is using the optional operation , only the wash profile selected will be available at the washer default will run if none is selected wash profiles available in software v1 36 and above slicing the slicing options define the slice thickness used in printing standard recommended in most cases with an optimal balance of surface quality and print time (varies per resin 100 µm most common) slicing options fine print speed 2x longer than standard use when surface finish improvement is needed and print time is less important super fine print speed 4x longer than standard use only when surface finish is critical and print time is not a concern not recommended for tall parts slicing algorithm two slicing algorithms are available to choose from default slicer legacy slicer slicing methods default slicer the default slicer was formerly called the gen2 slicer & the poisson slicer this became the default slicing method in v1 42 software parts list part settings part is water tight parts are analyzed and simple repairs are made to stl models upon import the status of whether a part is water tight can be found in the part settings, accessed from the parts list parts with small holes in the stl model are filled example stl model with holes when a model is missing a triangle in the stl mesh, the software does not definitively know what the closed shape is supposed to be orange point could fall inside or outside the shape the orange point in this 2d graphic could fall inside or outside the shape the default slicer uses the principles of the poisson equation to mathematically determine the correct shape when information is missing to create slices to learn more about how the algorithm works, reference this blog post written by carbon software engineers project analysis may take longer ( 30% increase) when using the default slicer when errors are present in the stl file if errors persist in your project's slicing, repair the model in a 3rd party stl file repair program legacy slicer the legacy slicer was formerly called the gen1 slicer and was the default slicer until v1 42 the legacy slicer (formerly known as gen 1 slicer) is still available via a drop down option , and can be selected if needed however, carbon recommends using the default slicer for all projects unless there is a specific, validated need to revert to the legacy slicer parts with small holes in the stl model may not slice properly with the legacy slicer (formerly gen1 slicer), which could lead to print defects projects created prior to the installation of software v1 42 will retain their previous slicing setting consider updating slicing settings to the new default for the best print results additional options per printer some printers may have additional options in print controls if there are different hardware options you will only see these options if you have obtained multiple hardware types through your printer subscription m2 printers m2 printers have multiple cassette types available m2 c2 (default) m2c4 m2c5 m2 cassettes m3/m3 max printers m3 and m3 max printers have 1 platform and 1 cassette available (d1) and will not have an options menu for either l1 printer l1 printer have multiple cassette and platform types platforms l1 p1 flat (default) l1 p2 channel l1 p0 channel legacy cassettes b1 l1 (default) c2 l1 b1 l1 hv