DENTCA Try-In

overview dentca® try in for carbon printers is now available for carbon m series printers to produce try ins for dentures this material will help improve ensure good fitting dentures created with dentca® denture teeth and dentca® denture base ii this guide will cover preparation, printing, and post processing of your digital models with dentca® try in for carbon printers resin printed try ins this guide will cover preparation of your digital try ins to properly prepare them for printing with dentca® try in resin this resin is not currently compatible with the docid\ iffh3q8 wlk liqr87bd5 resource links https //www carbon3d com/materials/3d printed denture https //s3 us west 1 amazonaws com/dentca b dentca w ss paperclip/production/public/ckeditor assets/attachments/614/01 09 301 019 directions for use dentca try in pdf https //dentca com/product/dentca try in scroll down to download the safety data sheet protocol sheet 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 general orientation & support information hide the platform use toggle platform (or press b ) to hide the platform before orienting parts this will make it easier to see overhangs and place supports use patch and fence tools to create supports patch tool the docid\ vubpoaitblm11am9 qj1p speeds up support creation by automatically supporting an area with just a few clicks it is useful for supporting larger areas of overhang that would take longer to support manually it is often useful to support your parts with this tool before manually adding supports fence tool docid\ vubpoaitblm11am9 qj1p are manually placed by the user and are best suited on linear overhangs or smaller areas fences provide stability while leaving smaller nubs than the default bars option review docid\ vubpoaitblm11am9 qj1p in docid\ oid4znztzyelttpvj984a course for more information orientation proper orientation of denture try ins because try ins are organic surfaces with no well defined flat areas, we do not recommend using snap to platform proper orientation of denture try ins is critical to achieve the required accuracy, detail and surface quality the following information will guide you through proper orientation technique maxillary rotated 30 degrees with anterior rotated away from platform mandibular rotated 25 degrees with the posterior rotated away from the platform initial orientation of try ins perform an initial orientation of both models so that they are roughly parallel with the platform orient each model so that the tissue facing surface is facing the platform adjust the models so that the tops of the teeth are mostly parallel with the platform mostly parallel with the platform we recommend typing values into the xyz axis fields changing orientation with the mouse or snap to platform function is more challenging position the camera so you are looking straight down on the platform push the reset camera icon reset camera icon in the lower left corner of the screen to return to the default view push ▲ to look straight down ▲ to look straight down at platform make sure that the posterior region of each model is facing the lower portion of the screen posterior region of each model is facing the lower portion of the screen final orientation of try ins maxillary maxillary click on the maxillary model to select it enter 30 into the x axis field the posterior of the try in should be touching the platform mandibular mandibular click on the mandibular model to select it enter 25 into the x axis field the anterior of the try in should be touching the platform supporting adding supports dental try ins require precise placement of supports because of this, we currently recommend manually adding supports to parts click support support in the dark gray bar under position, select above platform above platform to lift parts off the platform skip auto support method auto support method as this mode is not recommended click manually add manually add to go to the support editing interface note using either auto support method will result in supports covering a large portion of the tissue facing surfaces, supports covering a large portion of the tissue facing surfaces, which will use more resin and require more cleanup fence supports fences are ideal for supporting model walls that face the platform they are easy to remove contact points require less finishing click on fences fences click a series of points series of points on the model to define the fence use overhang detection overhang detection to find areas that need support fences are only required at the edges click esc key and then hold down e key to reposition points click generate generate to create the fence geometry repeat as needed supporting maxillary try in outer boundary use fence supports to support the outer boundary of the model fence supports support entire boundary of model with fence supports we recommend using a single, long fence for easier removal a sequence of 2 or more short fences is acceptable once the outer boundary of the maxillary model has been supported with fences, proceed to supporting the palette with bar supports supporting maxillary try in palette support the palette with a field of bar supports to prevent deformation bar supports press overhang detection overhang detection to highlight the areas to focus on click on multiple add multiple add click in the palette area to create a field of points field of points that will be contact points for bar supports bar supports are usually required only in the palette area place points within 3 6 mm of each other click generate generate to create the bar supports check the bar supports check the bar supports and move to supporting the mandibular model supporting mandibular try in use fences to support the outer boundary of the model mandibular bases also require additional fences in the posterior areas to ensure proper fit fence supports support entire boundary of model boundary of model with fence supports we recommend using a single, long fence for easier removal a sequence of 2 or more short fences is acceptable create secondary lines of fences secondary lines of fences along the posterior region offset from outer fence by 2 4 mm properly oriented and supported try ins tissue facing surfaces facing platform supported above platform fences around part boundary maxillary try in rotated 30 degrees with posterior tilted towards platform mandibular try in rotated 25 degrees with anterior tilted towards platform nesting select the layout tab layout tab (shift + l) in the top menu bar under auto layout, select gen2 gen2 gen2 usually gives the most effecient packing for dental devices enter at least 1 mm 1 mm in padding padding models require a minimum of 1 mm of space between them leave optimize starting rotation unchecked this leaves your parts in their previous orientations leave allowed rotations at the default setting this gives the software maximum flexibility to fit the most possible parts on the build platform press the auto layout auto layout button to arrange your parts screen shot showing button locations if necessary, nesting can be changed manually click and drag parts to adjust their position modify z rotation by using the spin tool or manual rotations under the orient tab (shift + o) use the part list tab as needed to more easily select models and focus on them print preparation print controls print controls for denture teeth and try ins click print controls print controls or shift + p in the top menu bar under print profile select default printing with release film can make part removal easier once printing is complete if using release film, select print with release film slicing under slicing, select standard (100 µ) standard (100 µ) reducing the slice thickness by choosing the fine (50 µ) or super fine (25 µ) settings will increase print time and may reduce part quality and accuracy project analysis select the project analysis 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 https //s3 us west 1 amazonaws com/dentca b dentca w ss paperclip/production/public/ckeditor assets/attachments/614/01 09 301 019 directions for use dentca try in pdf questions & support for questions about the resin properties, printing, washing or curing your parts, please contact the dentca support team email cs\@dentca com phone 424 558 8726 for questions about your carbon printer or carbon software settings used for this resin, please contact carbon email mailto\ support\@carbon3d com phone 1 (650) 285 6307 option 2 printer ui on the dashboard, select the prints prints tab select one of the printed projects select one of the printed projects click request help request help in the lower right corner