Pac-Dent Rodin Bite Tray

24 min

overview this resin is designed for printing custom full and quadrant maxillary and mandibular arch impression bite trays for use with pvs, vps, and alginate impression material systems a robust formulation yields a final product having excellent surface finish, accuracy, and material properties resource links about the material https //www carbon3d com/materials/rodin bite tray resin manufacturer instructions for use https //rodin 3d com/instructions/ifu bitetrayresin pdf safety data sheet https //rodin 3d com/instructions/sds/sds%20 rodin%20bite%20tray%20resin pdf protocol this downloadable handout provides important usage information, including instructions about storage, washing and curing print it out and bring it into the lab! dental post processing grids one of our most popular downloads! this table provides washing and curing instructions for all supported dental resins print it and use it in the lab as a quick reference images of dental post processing grids english german/deutsch spanish/español digital preparation connect to printer connect to the printer software using your web browser expand for steps open browser enter https //print carbon3d com https //print carbon3d com/ in the url field enter url in browser latest version of chrome recommended if you are not automatically logged in, enter your email and password and \click log in\ if you have multiple printers, \select the printer \ that you wish to use to create the project you may queue the build to other printers select printer create project after you have chosen the printer, you must create a new project expand for steps create a project click new project you can also drag your files from a file browser window and drop it on top of the new project icon enter a new project name in the resin dropdown, select your resin only use encrypt project docid 1bt3mas8msvxq9cdza67c if you want to require a password to access the project carbon cannot provide support for encrypted projects drag and drop your part files into the dotted box or click browse your files and select them in a file browser window click create after a few moments you will see the project printer interface with your parts on the platform orientation \orient the impression trays vertically with tab on platform \ this orientation yields the best accuracy, requires the fewest supports and allows the most parts per build snap to platform the snap to platform feature enables automatic alignment of a selected surface with the platform this feature is the best way to quickly and accurately orient the flat side of the tab to the platform click \orient\ or shift + o in the main bar in the printer software click \select surface\ the button will change to done click on the \flat underside surface\ of the part that you want to align with the platform click on done to exit snap to platform tool supporting enter support mode supports hold up the part during printing they do this by connecting platform facing surfaces to the platform click \support or shift + s\ in the dark gray bar at the top of screen under position , select \on platform\ to lift parts off the platform under auto support method , select \basic\ click \generate \ to automatically create supports this may take seconds or minutes depending on the complexity of your part note we recommend using the basic support method instead of advanced for impression trays the advanced method’s fea processing takes about 30 minutes for each tray typically, using basic auto supports and manually editing takes 5 20 minutes based on skill level with no drop in part quality check the supported tray the auto support function aggressively adds supports to your part in order to ensure print success since supports leave small bits or nubs after removal, they reduce part accuracy therefore, supports usually need manual editing to eliminate them from important surfaces and features examine your newly supported model note any supports that \contact any intaglio surface \ contact any other critical feature use the \edit\ feature to remove any unwanted supports edited supports these are before/after images of the tray before editing and after editing \\ \after editing no supports on intaglio surfaces \ fence supports fences work well for impression trays they are easy to remove they do not increase the footprint of the part, which allows more trays to be built at once click on \fences\ click a \series of points\ on the tray to define the fence use \overhang detection\ to find areas that need support click \generate\ to create the fence geometry repeat as needed carbon recommends running fences every 2 4 mm on horizontal or near horizontal surfaces well supported trays this is an example of an impression tray that is well supported with fences supported on the platform provides stability lower than printing above platform so print times are shorter fewer supports require less resin intaglio surfaces are free from supports print controls do not change any of the settings under print controls the default settings deliver the best results for impression trays slicing slice thickness should stay at \standard (100 µm) \ reducing the slice thickness by choosing the fine (50 µm) or super fine (25 µm) settings will dramatically increase print time and may reduce part quality and accuracy project analysis select the \project analysis\ tab click start analysis and wait for the processing to complete note the required resin volume and print time click add to queue manufacturer instructions for use manufacturer instructions for use https //rodin 3d com/instructions/ifu bitetrayresin pdf questions & support rodin bite tray for questions about the resin properties, printing, washing or curing your impression trays, please contact the pacdent technical team email info\@pac dent com phone 1 909 839 0888 carbon for questions about your carbon printer or carbon software settings used for this resin, please contact carbon email support\@carbon3d com through your user interface by choosing “request help” in the prints page