Print parameters to follow:
Supported Wall Thickness
Minimum supported wall thickness: 0.6mm recommended. A supported wall thinner than 0.6mm will likely break once post processed by fablab.
Unsupported Wall Thickness
Minimum unsupported wall thickness: 0.8mm recommended. An unsupported wall thinner than 0.8mm will likely break once processed in the media blaster. An unsupported wall with a larger span to thickness ratio will likely warp due to heat build up in the printing process.
Supported wall: recommended minimum 0.6mm Unsupported wall: recommended minimum 0.8mm Horizontal Support Span/Bridges
Maximum Span: 40mm recommended (4mm wide x 3mm thick). Printing large horizontal spans that are thin and narrow are discouraged. Bridges over 40mm should not have a thickness under 3mm and a width under 4mm in order to avoid warping or breaking during post processing.
Vertical Wire Diameter
Minimum recommended diameter: 1mm (6mm tall) to 2mm (25mm tall). A wire is a feature whose length is greater than two times its width. 2mm wires can get up to 25mm tall before defects start to show due to heat build up during the printing process.
Bridges over 40mm minimum thickness 3mm and width 4mm Minimum wire diameter 1mm (6mm tall) Minimum recommended emboss detail: 0.4mm wide and 0.4mm thick. Embossed details include shallow raised images and text. Embossing surface detail shallower than 0.4mm may not be visible in your 3d print.
Minimum recommended deboss detail: 0.4mm wide and 0.4mm deep. Debossed details shallower than 0.4mm may not be visible in your print, and remnant powder may be trapped within the surface geometry.
Minimum detail 0.4mm wide and 0.4mm high Minimum detail 0.4mm wide and 0.4mm deep Unsupported Overhangs
Maximum Unsupported Overhang ratio: 6mm long by 0.6mm thick. While unsupported overhangs are very achievable with this technology, the ratio between the span to thickness needs to be considered. Cantilevered parts longer than 6mm that are 0.6mm or less in thickness will likely warp and break in when post-processed.
Clearance between moving parts
Minimum spacing between moving parts or joints in a model: 1.4mm. In order for powder to be adequately removed from the space between printed geometries, spacing should not be less than 1.4mm. Otherwise powder could remain trapped or become fused to printed parts, preventing them from moving freely.
Minimum thickness of a 6mm cantilever is 0.6mm Minimum distance between moving parts is 1.4mm HP 3D High Reusability CB PA 12 (Thermoplastic)
Full Build Job time for 248 MM Height
