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I am working on a similar project and will try to cover this in the future series. Stay connected and keep sharing!

Friction is independent of area of contact. But it will be dependent on number of fingers and coefficient of friction.

@@IntroMech562 yes that is true, I did not think that far. Thank you for your answer.

@@IntroMech562 when the area increases the pressure decreases so it evens out! Thank you for your answer, it motivated me to learn more about mechanics.

@@IntroMech562 but can you please explain why the friction is dependent on the number of fingers?

@@OskarGustafsson97 If you check carefully the gripper catalogues it will mention the "Effective gripper force per finger" (It will also vary for internal and external gripping). The gripping force is the arithmetic sum of the individual forces acting on the gripper’s fingers. Also, just for additional knowledge if you are designing the fingers in such a way that it is providing "capture grip" then friction is not required to hold the part.

Sorry but no online classes are available!

This is not the case. In automation accuracy, precision, repeatability etc matters a lot. Also the companies like SMC,Festo are specicialized manufactureres of these products. Also when you have these type of standard products in the machine , serviceability is easier. You can replace the component if needed with another standard component. If you are manufacturing these products then quality is the biggest challenge. One more problem is customer will ask for the standard components from such type of specialized manufactures only as they also want to have stadardization in their machines. I hope this will clear your doubt.

Hello, Please copy this in Google :- 6-9-p0002-0016-ryutai_en. You will get a "Model Selection 1" PDF.

Hello what exactly do you need regarding the same?

@@IntroMech562 O - Ring - compression Size tolerances, backuprings its direction,

@@BasampalliVenkateshKumar-d6c Check out these links. Lot of online calculators are available. 1)ceetak.com/o-ring-calculator/ 2)oringcalculator.eriksgroup.com/ 3)www.maxspare.com/technical-support/o-ring-calculator 4)www.cog.de/en/products/all-about-o-rings/o-ring-calculator

Hello Karthik...Go to this link :- www.pdhonline.com/courses/m236/m236.htm. When the window open it will show some course objective etc. Scroll down and you can see "Course Content". In this you can find spreadsheet as "Machine Design Excel Calculations".

@@praveenpslv1978 Do share👍

@@jaypanchal1997 Hello Jay Check out this video : th-cam.com/video/5aPmPYow3_E/w-d-xo.htmlsi=6EcpImv64e87biev You might get some idea.

Thank you and keep sharing1

@@Mechanixmind Do share the video and stay tuned for upcoming content 👍

@@cadones3320 Yes I will ..Do share the video and stay tuned for upcoming content 👍

Check out this video : th-cam.com/video/M5ceWAxVkig/w-d-xo.htmlsi=6peOQPjLHD_ihAJq

Yes it will be in upcoming videos of this series. So stay tuned!!

Yes Amit , definitely 👍

1) gt1 gr1 and ga1these values are dependent on your system design like mounting plate dimension, shape , orientation etc. 2) The velocity will be dependent on system cycle time and which drive system you are using. The rails can be driven with Ball/lead screw and motor. So based on that velocity and acceleration can be calculated. For more understanding check these videos also:- th-cam.com/video/6vVo9Kl_QWs/w-d-xo.html th-cam.com/video/Q_3qkLC_2eQ/w-d-xo.html th-cam.com/video/6MITnyAWAxQ/w-d-xo.html

Hello , You can get some idea about LM Guide/Ball/Lead Screw Actuator selection in this link :- www.orientalmotor.com/motor-sizing/ballLeadScrew-sizing.html#

Hello Please check out the video. This might help you to directly get all the parameters required for vacuum system. th-cam.com/video/M5ceWAxVkig/w-d-xo.htmlsi=m3m31b3pB9iCKLux

It's acceleration due to gravity.. It's value is 9.81 meter per sec square..

Thank you.. Please do share the video🙏

Hello Srinivasan please find the link attached tameson.com/pages/selection-guide

tameson.com/pages/selection-guide

Thank you.. Please do share the videos so that maximum people will get benefited 🙏

Do share👆

Do share the video 👍

Welcome and do share the videos!!

Welcome and do share the videos!!

Welcome and do share the videos!!

Do share the videos!!

Thank you, Sagar...Do share the videos!!

Thank You. Do share the videos!!

Thank you sir... Do share👍

1) For deflection, you have to check that how much deflection is permissible in your application. 2)The results from the SolidWorks might not be fully accurate as the software has its own limitations. Yes, the mesh size/type matters a lot and for detailed analysis you can go with Ansys. Mesh convergence Study is required to be done for more accurate results.

@sagar 1) For deflection, you have to check that how much deflection is permissible in your application. 2) For stress, you can check the value with yield strength of the material. if the induce stress in the body at some section is greater than the yield strength of the material, the part will undergo a permanent deformation. This is not required. this can also be corelated with Factor of safety. You can also get results for FOS and can decide whether the stress is within the permissible limit or not.

@@IntroMech562 Thank u sir, Great video for Guidance...

@@sagarbhapkar9155 Thank you.. Do share the videos!!👍

This is one of the most widely used platform!! Apart from that you have: - 1)www.matdat.com/DAT-Search.aspx

Yes. We can consider that on safer side.

Do share the videos and stay tuned for upcoming content 👍

Thank you... Do share the videos and stay tuned for upcoming content 👍

Thank you... Yes I will try to make a video on your suggestion 👍

You are Welcome, Suraj...Do share the video and stay tuned for upcoming content!!!

Thank you Sachin👍

Thank you, Suraj!!👍

The rail span and Block span will be dependent on your mounting plate dimensions and the space availability in your design. So as per your design those values should be considered.!

The material selection depends on many factors. It depends on the material of job. If you are using some location/resting pins those should not damage the parts. The fixture plate if it is removable you need to think about its weight. Lot of factors are there. I will try to cover some of the points in some other video. Thank you for the suggestion!!!