![]() ![]() As the brim is only a single layer thick, it’s easy to remove once the print’s finished. This places a single-layer-thick, flat area around your object, which resists the pulling forces as the print cools. Adhesion methods differ per material – please refer to the material manuals and glue guide for further information.Īpplying glue to the glass plate can help improving the adhesion Use a brimĬura has a built-in feature called a ‘brim,’ which is an effective way to stop your print from warping. When using a heated build plate, it’s recommended that you apply an adhesive to the glass plate. There should be no traces of oil or grease on it, as this will worsen the adhesion. To ensure that the print adheres well it is important that the print surface is smooth and clean. You can find out how to do this by reading the following guides: If you are experiencing problems with the first print layer, we recommend re-leveling your build plate. More information on how to level the Ultimaker S5 build plate can be found here. The Ultimaker S5 and Ultimaker S3 use multipoint build plate calibration to compensate for any inaccuracies on the build surface. If the distance between the nozzle and build plate is too wide, the material can easily become loose. It is important that the first print layer of a print is pressed firmly onto the glass plate, to allow it to bond properly. Ensure the build plate is leveled correctly To find the right temperature for your material, please refer to the print profiles in Ultimaker Cura. When you use a heated build plate it is important to use the right temperature. This keeps the material at a temperature just below the point where it solidifies (the glass transition temperature), ensuring it stays flat and connected to the build plate. The best way to avoid warping is by using a heated build plate. There are several ways to improve build plate adhesion, which are explained here. This is particularly common at the corners. Without good adhesion, your print can become loose. To prevent warping, you need to ensure that the 3D print adheres well to the build plate. On this page, we will explain how to avoid or minimise print warping. PC has a higher shrinkage than PLA), which means there’s a larger chance of warping when using it. Some materials shrink more than others (e.g. If material contracts too much, this causes the print to bend up from the build plate. When plastics are printed, they firstly expand slightly but contract as they cool down. Warping occurs due to material shrinkage while 3D printing, which causes the corners of the print to lift and detach from the build plate. ![]()
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