With our 3D printing service, we offer the possibility to choose from different print quality levels for resin prints (SLA/DLP). These levels of quality relate to the precision, detailing and finish of the prints.
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Resolution:
Resin printers can produce prints at different resolutions, which indicates the thickness of each layer in micrometers (µm). The lower the resolution, the thicker the layers, and the faster printing, but this can come at the expense of fine details. Higher resolutions result in more detailed prints, but can also increase printing time.
Layer height:
Layer height refers to the vertical distance between successive layers that are deposited during printing. A smaller layer height provides a smoother surface and better detailing, but can extend printing time.
Recommended Minimum Wall Thickness:
For optimal print quality, it is important to take into account the minimum wall thickness of the 3D model. Walls that are too thin can be more difficult to print and can lead to fragile prints.
Support structure:
Resin prints can have overhangs that need support during printing. These support structures will be removed later. Good support ensures better print quality and prevents print distortion.
Post-processing:
While resin prints usually have a smooth finish, some prints may still require a certain amount of post-processing to remove imperfections and further refine the surface.
High Precision:
Resin prints offer excellent accuracy and fine details, making them ideal for complex and detailed models.
Smooth Finish:
Resin prints usually have a smooth and shiny finish, making them look professional without much post-processing.
No Visible Layers:
Because SLA/DLP printers use liquid resin, there are no visible layers like FDM prints, resulting in a better end result.
Various Resins:
There are various types of resins available, including flexible, hard, and transparent versions, suitable for a wide range of applications.
Faster Print Times:
Resin prints can often be completed faster than FDM prints, especially when producing small objects.
Costs:
Resin is generally more expensive than FDM filaments, so printing costs per model may be higher.
Limited Build Volume:
Most SLA/DLP printers have a smaller build volume compared to FDM printers, which can reduce the size of objects to print.
Toxic Vapors:
The resin used in SLA/DLP printing can produce an unpleasant odor and release toxic fumes during printing. A well ventilated area is necessary.
Our resin printing service uses stereolithography (SLA) technology, a form of 3D printing where light-sensitive resin is cured layer by layer by ultraviolet light. This results in highly detailed products, ideal for miniature models, jewelry, dental and medical models, and more.
Our resin printing service uses stereolithography (SLA) technology, a form of 3D printing where light-sensitive resin is cured layer by layer by ultraviolet light. This results in highly detailed products, ideal for miniature models, jewelry, dental and medical models, and more.
