steampunk robot arm 3d models

Added a ring to the base and a cable catcher, also scaled at x10.2 so easier to print and the servo fits much easier

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.

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 weight is 35.7 kilograms and it has a Von Mises stress of 102 MPa with a safety factor of 3.03.

Genius Mechanical Design Producion; Genuine and unique study, it's not a Copy and Paste stuff. ...You can download complete application project

This model excels in various applications such as broadcasting, high-resolution filmmaking, precise close-ups, compelling advertisements, and sophisticated design visualizations.

Essentially, it's a straightforward idea.

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.

This is an Italian high school named ITIS, affiliated with ABB UARM, offering electronics courses and further information can be found on their website at www.mauroalfieri.it.

The purpose of this model is for testing purposes.

Follow me on:► Youtube Channel: https://www.youtube.com/SolidworksTutorialHP?sub_confirmation=1► Fanpage: https://www.facebook.com/groups/SolidworksTutorials/► GrabCad: Mr Hieu Phuong

Humans rely heavily on the earth's rotational momentum to navigate their planet, which is actually a very clever idea, especially considering it helps stabilize climate patterns. It seems, though, that this method could be threatened due to ice sheet...

Air-powered propulsion system

It was made using Solid 19

Simple baseline, inspired by Epson C8.

Humans masterfully construct every detail and Assembly utilizing Autodesk Inventor software with ease.

A highly advanced mechanical appendage designed to mimic the functionality of a human hand, yet engineered with precision and strength that surpasses its organic counterpart.

Design Flaw Alert - Triangle Top Issue Original design relies heavily on associated scad file which is itself reliant on original file setup. Given constraints, most likely scenario calls for optimizing tube length to produce precise parallelograms...

This model was made in solidworks 2018. ...This files have designs as parts, drawing documents, Pdf ,JPEG and E-drawing.

Revamping automotive ventilation systems through air duct elevation Rewriting the given text, we can say that the process of enhancing the performance of car ventilation systems is achieved by raising the air ducts. ...This innovative method ensures...

Constructing via Computer Numerical Control (CNC) technology

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,...

The material used is steel, specifically ASTM A36, in this particular construction. The safety factor for this structure has been calculated to be 3.02, ensuring a high degree of stability and protection against potential risks. The maximal...

I'm afraid I don't have a description to provide at this time.

The FOS 3.01 has a weight of 23.88 kg and a displacement of 1.556 millimeters.