oss helix 3d models

Designed to print with supports for precise piercings (including tongue, industrial, and helix styles), it has the capacity to hold a total of ten piercings outside for display purposes. For added functionality, the design allows it to be easily...

The design involves a continuous helix-shaped path that winds around a central core, making efficient use of space while creating an eye-catching focal point. ...This article will delve into the various aspects of spiral staircase design, including...

Spent minutes crafting these coil springs within Inventor, leveraging the helix feature to create them. Unlike wire springs, it's straightforward to append a torus top and bottom for enhanced stability during printing. On my second attempt, I...

... of sun teeth (approximate_number_of_teeth_on_sun) of 9, a width (w) of 6.7, a pitch (P) of 45, a lead (T) of 10, a diameter (D) of 40, and five planets with each having seven teeth (number_of_teeth_on_planets). The helix twist was set to 1 (nTwist).

To use the following specifications, follow these instructions: - Set the height output mount to 16 - Adjust the planetary face width to 10 - Choose a ring diameter of 60 - Set the radius of the ring back to 10 - Select a stepper motor - Set the...

... photopolymer resin (DETAX Freeprint mould - 1.3 s light exposure per layer), with numerous supports needed for overhangs. Included are Solidworks and STL files. This cap demonstrates dual threads printing through a swept boss/base along a helix.

For this specific model, the following options were used: one stepper motor, a ring diameter of 60mm, a pedestal height of 13mm, a helix angle of 30 degrees, four case screws, a planetary face width of 10mm, rendering of part 7, an output mount...

To do so, you need to input specific options like stepper_motor = 1, radius_ring_back = 10, final_ratio = 5.45, helix_angle = 30, height_output_mount = 16, case_screws = 4, ring_diameter = 60, planetary_face_width = 10, and height_motor_pedestal =...

... However, it turns out that's not a great approach. That feature is quite tricky, produces concave surfaces and is hard to control. So I created the library ```helix_extrude``` (http://www.thingiverse.com/thing:2200395) for jobs like this one.

The following specifications were applied during customization: helix angle of 30 degrees, 4 case screws, output mount height of 16, planetary face width of 10, pedestal height for motor at 13, stepper motor disabled, final ratio of 6.55, render part...

Initially, I encountered problems with the Helix component due to its slender shape, which caused it to print poorly since Cura lacks support for such thin structures. To resolve this issue, I divided the entire design, including the vial caps, into...

To create this unique version, specific options were selected including rendering two parts, adding four case screws, a ring diameter of 60mm, a height of 13mm for the motor pedestal, a planetary face width of 10mm, a helix angle of 30 degrees, a...

Specific customization options include a planetary face width of 10, a height for the motor pedestal of 13, a final ratio of 5.45, use of 4 case screws, incorporation of a stepper motor, a helix angle of 30 degrees, rendering of the part, a ring back...

Update: I am sending the critical missing link of the helix, both the bottom and top components. You can find a detailed visual representation of this worm gear on my YouTube channel at https://youtu.be/NfZoCxC33mo. ... Update: I have uploaded photos...

Here are the specifications used for customization: helix angle of 30 degrees, 4 case screws, output mount height of 16, planetary face width of 10, motor pedestal height of 13, stepper motor set to zero, final ratio of 6.55, render part set at 7, a...

The specifications used during the customization process include a final ratio of 6.55, four case screws, an output mount height of 16, a ring diameter of 60, a planetary face width of 10, a motor pedestal height of 13, a helix angle of 30, and a...

The rods' helix shape produces 90° to 180° rotation and a quarter-pitch translation along the axis, with interfering rod ends preventing full exit from sleeves. Manufactured as a single 3D-printed part, it simplifies production and allows easy...

The specifications used in creating this customized model include 4 case screws, a radius ring back of 4, 0 stepper motor, a helix angle of 30 degrees, a ring diameter of 60, a height for the motor pedestal of 13, a final ratio of 6.55, render part...

You'll definitely need a good size brim if you print in that orientation. You could design this with only three parts by combining the shaft with the Magnet Holder part that does not have the undulating helix. How I Designed This Undulating Helix...

... to recreate the piece using my Creality CR-10. In Fusion360, I modeled and printed this intricate castle in PLA. One of the most challenging aspects was designing the internal staircase and the double helix spiral that forms the central column.

I did ease up the thread helix by a very small margin. If that's not enough, feel free to let me know and I'll revisit the design again. I stumbled upon a tripod screw on Thingiverse and printed a dozen of them. Took about an hour, Fit in my thread...

The specifications used during customization were as follows: planetary_face_width of 10, radius_ring_back set at 4, case_screws totaling 4, a helix angle of 30 degrees, ring diameter measuring 60, stepper motor disabled (0), an output mount height...

To do so, adjust the parameters as follows: helix_angle = 30, final_ratio = 5.23, planetary_face_width = 10, case_screws = 4, height_output_mount = 16, ring_diameter = 60, radius_ring_back = 4, render_part = 4, and height_motor_pedestal = 13. ...Don't...

The personalized settings include a helix angle of 30 degrees, a final ratio of 5.23, a planetary face width of 10mm, four case screws, a height output mount of 16mm, no stepper motor, a ring diameter of 60mm, a radius ring back of 4mm, rendering the...

To create this unique design, the following specifications were used: planetary face width of 10mm, a radius ring back of 4mm, 4 case screws, a helix angle of 30 degrees, a ring diameter of 60mm, no stepper motor, an output mount height of 16mm,...

To print this customized design, follow these steps: set final ratio to 6.55, use 4 case screws, set height output mount to 16, choose ring diameter of 60, set planetary face width to 10, establish a height motor pedestal of 13, set helix angle at 30...

The specifications used for customization include a ring back radius of 4, no stepper motor, a ring diameter of 60, four case screws, a helix angle of 30 degrees, a pedestal height of 13 units, rendering of the part, a final ratio of 6, an output...

The two eccentric clamps have a helix angle to allow for tight lock of the bed and easy removal. A hand allows for easy manual control of the bed during manual bed leveling or after the finish of the printing process. Required tools: 2X M4 bolts...

The specifications used for this customization include a helix angle of 30, four case screws, an output mount height of 16, a planetary face width of 10, a motor pedestal height of 13, a stepper motor of 0, a final ratio of 6.55, a render part of 5,...

This icon pack contains sub-faction icons for all the major GSC including; Cult of the Four-Armed Emperor The Pauper Princes Cult of the Twisted Helix The Hivecult Cult of the Innerwyrm Cult of the Bladed Cog Cult of the Rusted Claw Cult of the...