When 3D Printing was initially invented, it was done so as a means to solve a problem with flat prints. It was the new way to bring life to prints in a 3D world. Today, 3D Printing has drastically changed with unimaginable options for artists and makers from all walks of life. Within the evolution of this remarkable artform, we how have Conveyor Belt 3D Printing making it easier than ever before to automate the process provide an avenue for continuous 3D Printing for larger projects. However, this revolutionary concept takes some getting used to, so here are some tips on how to design for conveyor belt 3D Printers.
The Importance of the First Layer
3D Printers offer substantial freedom to create anything an artist could want and with standard 3D Printing, the designer does not have to consider the first layer of the piece. Any piece, even those with significantly small bases, can be 3D Printed with the help of support pieces, that can later be cut away. With a conveyor belt 3D Printer, support pieces are simply impractical. The designer instead must focus on providing their model with a flat base.
The flat base for your conveyor belt 3D Printed Model provides the ability to move back and forth on the belt without the risk of coming lose from the base. Conveyor belt 3D Printing experts recommend making sure your base extrusion is as long as possible. The bigger the base you can provide your 3D Printed Model, the less likely you will have a print failure during the process from the model dislodging from the base.
Positioning of Model is Important
The movement of a conveyor belt 3D Printer means designs cannot be positioned any way the maker wants. Essentially, the positioning of a model on a conveyor belt 3D Printer the short side of a model needs to be positioned along the X-axis. It is printable when the short side is positioned along the Y-axis, but due to the motion of the conveyor belt, the positioning can cause the model to come lose during printing leading to a print fail. The linear orientation provides a more substantial base for the 3D Print to adhere to.
Overhand Angle Requirements
Among the more unique aspects of conveyor belt 3D Printing is the ability to print at practically any angle. With standard 3D Printers, printing overhang angles can be supported up to 45 degrees. With a conveyor belt 3D Printing, overhangs are no longer an issue provided the overhang remains on the Y-axis. Provided your overhand remains in corresponding position with the conveyor belt, the angles no longer matter.
Positioning of Features Matters
Orientation in a conveyor belt 3D Printer matters for more than just the length of the model. Basically, it comes down to the instance of stability. With a 3D Printed Model, the tallest and largest features should be printed last. When the smaller pieces are printed first, it allows for maximum stability as the piece moves along the conveyor belt. It might seem like a very small thing, but from the experts of conveyor belt 3D Printers, positioning of individual features is essential for stability throughout the process.
Conveyor belt 3D Printers are quickly becoming one of the most sought-after 3D Printers in the world for their versatility and ability to bring autonomy into the 3D Printing workplace. Whether you are looking for a continual construction of the same pieces, different pieces, or have a singular, larger 3D Printed Model in mind, conveyor belt 3D Printers remain king. Although there are certain considerations for using a conveyor belt 3D Printer, those that have mastered the skill claim these devices are tops in the industry for a variety of different types of printing needs.