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If you are looking for that utilize Simplify3D 4.1.2 for research or manufacturing, several studies cite this specific version:
: This study employed Simplify3D 4.1.2 for slicing complex biological tissue models for 3D printing. Case Study of a Wrist–Hand Orthosis (WHO) - MDPI
: This paper discusses using Simplify3D 4.1.2 to slice orthopedic devices for material extrusion tests.
: Lower the nozzle or raise the bed until you feel a slight resistance—the nozzle should "grip" the paper enough that you feel vibration when moving it, but not so tight that the paper tears.
: Place a standard sheet of office paper (approx. 0.1mm thick) between the nozzle and the print bed.
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If you are looking for that utilize Simplify3D 4.1.2 for research or manufacturing, several studies cite this specific version:
: This study employed Simplify3D 4.1.2 for slicing complex biological tissue models for 3D printing. Case Study of a Wrist–Hand Orthosis (WHO) - MDPI
: This paper discusses using Simplify3D 4.1.2 to slice orthopedic devices for material extrusion tests.
: Lower the nozzle or raise the bed until you feel a slight resistance—the nozzle should "grip" the paper enough that you feel vibration when moving it, but not so tight that the paper tears.
: Place a standard sheet of office paper (approx. 0.1mm thick) between the nozzle and the print bed.
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