compliant hinge 3d models

The hinge is a one-piece compliant construction, requiring no additional fastenings, and enabling a tunable "soft close" feel. The geometry - and hence damping profile of the compliant section - can be re-optimised for various specific applications,...

... to provide sufficient retention through friction. Optionally, the slotted "gripper" fixing geometry could be changed for different applications, such as a printed tenon design, or a compliant dovetail design, dependent upon different applications.

This is a concept for a compliant spring hinge, it's my first compliant design, and it needs some improvement. ...Feel free to edit and use it as you prefer

<p>Tested on PLA, should work on others. ...Not intended for flexible filament, but feel free to try.</p>

This compliant mechanism is a large-displacement monolithic compliant rotational hinge, designed by BYU's CMR lab to help deployable hinges on spacecraft be more efficient. What is a large-displacement monolithic compliant rotational hinge? Large...

... The gap of the hinge (0.3 mm) requires a well calibrated extruder unit, otherwise there may not be enough clearance for movement. PETG is recommended as material due to lower Young's modulus. PLA should also work, but might be not flexible enough.

The gap of the hinge (0.3 mm) requires a well calibrated extruder unit, otherwise there may not be enough clearance for movement. PETG is recommended as material due to lower Young's modulus. PLA should also work, but might be not flexible enough....

Carabiner with compliant mechanism.This carabiner has a spring-loaded gate, designed as a compliant mechanism. Hinge and spring are printed in place, so no assembly is needed. Therefore the whole model is just one continuous volume.</p><p>The...

compliant single piece clamp

Pieces for a compliant leg mechanism inspired by this article:https://www.researchgate.net/publication/220142887_Toward_a_human-like_biped_robot_with_compliant_legs

a remix of a compliant gripper that prints better than the original

High Torque (7:1) 3D printable compliant actuator. ...Inspiration was drawn from ....Credits: Skyntefichttps://youtu.be/BRIG5zAijs4

... or rubber bands in order to work. Models list: - Compliant clip -Compliant clip short The short version gives out more clamping force (in comparison to other one) at the expense of length. Best to print with tree support option in Cura. ...

This is a Compliant Iris I designed in SOLIDWORKS (2018) for a 3D Printing project at my company. ...Check out the video for an analysis in SOLIDWORKS Simulation

Just some experiments with https://en.wikipedia.org/wiki/Compliant_mechanism Drawing: https://cad.onshape.com/documents/55bfdfd82dd91d194370edb1/w/61819c324b74238f569cc96c/e/6ea7e7f6de5e527084f957c6

This compliant mechanism—functions without assembly—is useful to seal bags and hang items. ...The parabolic shape makes for a spring-like behavior.

A compliant iris mechanism, to print without supports or glue or screws. Just print two of the similar parts and put it together. ... I hope you will enjoy this satisfying mechanism :-)

This is a compliant gripper which shows the possiblities in design of 3D printing models.&nbsp;I printed it in ABS+ from esun. ...Works well so far, but sure even better with nylon filament.</p>

... doors from slamming open. ... The doorstopper works like a compliant spring and can be used for heavy outside doors. I had mine outside for three years before it broke. ...it stops a really heavy door from slamming its doorknob trough the window.

A print in place compliant clothespin. I use it to replace broken industrial clothespins. Works well. 3 versions: 3mm thickness 5 mm thickness 8mm thickness The 3mm thick version is printable in under 10 min at 0.3 mm layer height. Inculdes a...

... of vertical flex. I think if this was to be printed in metal ( with some changes to the shape of the spring) it could function properly. So why did I make this? Because it's fun and I wanted to explore compliant mechanisms. ... See how the "work"

This design is a compliant mechanism which is meant to reduce the complexity of the mechanism. The design is meant to be printed using a flexible filament that allows for the clip to open sufficiently. The design essentially "locks" itself when...

Trying to learn more about compliant mechanisms so I made this compliant rolling contact joint as demonstrated in this youtube video: https://youtu.be/uvPSsUkLypY by The FACTs of Mechanical Design Not my original design or creation, just copying from...

This is a remix of the original where I increased slightly the hinges width so that I can print the object without scaling. ...The hinge width is around 0.5 mm now so you will need a 0.2 mm nozzle to print this.

... the pliers_larger are to grab larger objects, the pliers mega are to grab even larger objects. ... May be able to be printed in TPU. If you can use cura's 2 material print, you can try to make the pinching part TPU, the hinges TPU and the rest PLA

PP would be ideal.PET-G need some open close cycles (~30) until the living hinge is formed and is working as expected with a nice snap (click sound) when opening or closing.Keep in Mind that higher print temp. can make PET-G more brittle.</p><p>If...

A simple Compliant Mechanism Clip

compliant single piece bistable robot grip

This mechanism could be used as a fully compliant electrical switch, or for other applications, such as on cabinet door hinges. This can be 3D printed or milled. For ideal use, milling or cutting with polypropylene results in the best...

This mechanism could be used as a fully compliant electrical switch, or for other applications, such as on cabinet door hinges. This can be 3D printed or milled. For ideal use, milling or cutting with polypropylene results in the best performance....