Liczymy pasujące modele…
Filament: PLA Infill: 5% Layer hight: First layer 0.3mm, Remaining layers 0.2mm Nozzle: 0.4 Nozzles temp: First layer 215c, Remaining layers 210c Bed temp: First layer 60c, Remaining layers 60c Supports: no Print time: Approximately 30…
Print Settings: Printer: Prusa MK2S+ Filament: PETG or PLA Tested with PETG Layer Hight: 0.3 Infill: 5%-10% Rectilinear Exterior Perimeters: 2 Brim: No Heated Bed: Recommended Supports: No Approximated Filament Usage: 11.79m Approximated…
Print Settings: Printer: Prusa i3 MK3S+ Filament: PETG recommended Tested with PETG Layer Hight: 0.1 Infill: NA Exterior Perimeters: 4 Brim: No Heated Bed: Recommended Supports: Yes Everywhere Snug 0.1 (detachable) Approximated Filament…
I originally printed the horns and the base separate for optimal quality on the bells of the horns, and the inclusion of a stripe. While the shorter horns do not project as far as the original, longer, horn did, the addition of the second…
This is a modified version of the PETG tourniquet. The Body has been tuned and tested and adjusted to work with OBC. Body will likely also work with some TPUs and polypropylenes of the same or similar shore hardness. More testing is…
Filament: Designed for PLA Infill: 10% Layer hight: First layer 0.3mm, Remaining layers 0.2mm Nozzle: 0.4 Nozzles temp: First layer 215c, Remaining layers 210c Bed temp: First layer 60c, Remaining layers 60c Supports: Yes, Rectilinear…
This is an original, or as original as a snowflake ornament can be, lightweight and minimalistic design nicely suited for packages, wreaths, the mantle, or the tree. This holiday printing project requires no exceptional settings or…
Filament: Designed for PLA Infill: 5% Layer hight: First layer 0.35mm, Remaining layers 0.3mm Nozzle: 0.4 Nozzles temp: First layer 215c, Remaining layers 210c Bed temp: First layer 60c, Remaining layers 60c Supports: Yes, Rectilinear.…
Print Settings: Printer: Prusa i3 MK3S+ Filament: PETG Tested with PETG Layer Hight: 0.3 Infill: 20% Grid Exterior Perimeters: 3 Brim: No Heated Bed: Recommended Supports: Yes Everywhere Snug Approximated Filament Usage: 7.93m…
Print Settings: Printer: Prusa i3 MK3S+ Filament: PETG Layer Hight: 0.3 Draft Infill: NA Exterior Perimeters: 12 Brim: No Heated Bed: Recommended Supports: No Approximated Filament Usage: 2.58m Approximated Print Time: 24 minutes. If the…
This is an important message for all new Original Prusa XL owners who have yet to acquire an enclosure for their new printer. DO NOT DISCARD XL PRINTER BOX OR PACKING MATERIALS! It turns out that, at least in the partly assembled kit,…
Print Settings: Filament: Designed for PETG Infill: 25% Layer hight: First layer 0.2mm, Remaining layers 0.15mm Nozzle: 0.4 Nozzles temp: First layer 235c, Remaining layers 245c Bed temp: First layer 85c, Remaining layers 90c Supports:…
At just over 12 centimeters, this is the miniature, test swatter model used in the documentary/short film, Bug Dodgers in the 21st and a half Century . The model was designed for use in flexible filament testing, and I encourage you to…
Print Settings: Printer: Prusa MK3S+ Print Orientation for Optimal Strength: To be printed in a vertical orientation with the hole for the screw traveling horizontally through the part. Filament: PETG PETG tested and recommended for its…
This is a complete redesign, from the ground up in Freecad, of my original Volvo Door Lock Ring that has been optimized for printing with a 0.4 nozzle and snuger in-the-door fitment. Also, with more control, and a lot of practice, i was…
This wheel is functionally a replica of the original part with some aesthetic changes for the purpose of matching or exceeding the strength of the original wheel. It prints in two separate parts, the wheel and the spacer, to improve…
This is a remix of the Arducam B0205 1080P Day & Night Vision USB Camera Case that has been customized for use with virtual reality headsets. For required hardware and specific printing instructions, observe the original posting of this…
This is a replacement leg to cushion mount for an old Stressless ottoman. The original part was metal, so I made the 3-D printed replication slightly more sturdy in key dimensions, but still within necessary dimensions for intended…
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