robot gripper 3d models

Update v14: I used another Project (https://www.thingiverse.com/thing:5000864) to figure out which joint should work best for the Gripper finger and changed it. I also changed the angle of the fractal and reduced it: only two layers instead of...

... the 2 colour rings. about youtube video; https://youtu.be/X6No606MzzE assembly video: https://youtu.be/4XYnDKDxWxY More details about my robot arm attachments (also available for download) are shown on my website: https://www.robotarmjaws.com/

Drop shapes allow for grip angle studies, unifying results for robotic arms' specifications. Suggested sizes include metric and imperial measurements. ...In summary, a range of easily manufactured or commercially available simple shapes best suit this...

A robotic arm gripper, crafted from conventional steel rectangular and square tubing, showcases its innovative design at https://my3dmodelsblog.wordpress.com/robot-arm-gripper/.

I have developed a robot gripper and would love to hear any comments or suggestions you may have! Thank you in advance for your input. ...=)

An industrial robot gripper is designed for bag handling, specifically for cement or similar bags. ...This could be a new trend, and I hope it proves useful to you all.

Robotic Gripper creo

Robotic Gripper creo

Robotic gripper 1

Robotic gripper with separating system

This is my initial submission to this platform...

After editing the given STEP file, I made some alterations in Inventor and then analyzed it using SIM360. ...The results showed a mass of 44.92 kg, maximum Von Mises stress of 75.85 MPa, a maximum displacement of 0.8325 mm, and a minimum safety factor...

The 3D model was created on real base. ...It’s created accurately, in real units of measurement, qualitatively and maximally close to the original.

In my initial try, I will enhance the subsequent version. The mass is recorded as 47.606 kilograms. The safety factor's minimum value is 3.092. ...Lastly, the maximum deformation measured was 0.975 millimeters.

The model weighs 58.941 kg and features a minimum safety factor of 4.122. Maximum displacement is 0.9887 mm while maximum stress is 60.22 Mpa. It was designed to provide an optimal balance between minimal deformation, reduced weight, and avoiding...

To simplify production, the dimensions have been kept at a consistent thickness of 50mm. ...The safety factor is calculated to be 3.06, resulting in a weight of 33.048 kg and a displacement of 2.041 mm.

Just for fun.

Patrick Wanst manufactured a product weighing 35.781 kg, with a displacement of 1.650 mm and underwent a stress level of 81.50 N/(mm^2). ...The factory safety margin was 3.05, and the material used for construction was Steel ASTM A36.

The mass of this object is 23,018 kilograms, and it has a safety factor of 3.05.

A work-in-progress arm design features weight minimization, with a current weight of 50.190 kg. The FEA tests have been created in Solidworks but will be uploaded from Autodesk Sim 360 soon. This is just a preview of the design. Notably, the weight...

The mass of the object is 35.82 kilograms; its maximum stress measures at 78.85 megapascals, and it boasts a safety factor of 3.15.

The redesigned structure features a completely new mesh refinement system for adaptability. With a total weight of 21.6, it can withstand a maximum stress of 82.87 MPa while maintaining a safety factor of 3.00. ...The maximum displacement is 1.583mm,...

In my initial venture for this assignment, I found that my weight was 45 kilograms. The specific gravity (SF) measured to be 3.08. ...Furthermore, the maximum displacement determined was 1.371.

With maximum load-bearing capacity, experience minimal stress...

This design was meticulously created using the advanced features of Solidworks, a powerful 3D CAD software, in its 2012 version.

The minimum safety factor is calculated to be 3.01, while the maximum displacement measured was 1.29mm. ...The maximum stress experienced by the component was 82.50 MPa, and its total mass weighs in at 38.05 kg.

The test mechanism comprises three sections: basic, utility, and challenge. A strong grasp is vital for a mechanism's functionality, as well as its ability to manipulate objects effectively. If it cannot move or hold an object under basic forces and...

The 3D model was created on real base. ...It’s created accurately, in real units of measurement, qualitatively and maximally close to the original.

Taking on this task for the very first time, I'm ready to spin the given text without adding any extra information or external references. ...My focus will be on creating an accurate rewrite within the 60-word limit.

A compilation of various elements, animation, and technical drawing make up this artistic combination.