Apron Mechanism : Power Feed in Lathes Explained

[@apurvanavgale7817]

You made it really simple to understand. It was really difficult to imagine by just reading book. Thank you.

[@Mech4Mechs]

Happy to help :)

[@alimalrazi4726]

That was nice.Preciesly explained in just 2 minutes!!! :3 Big hand for the maker..... (y)

[@vishalvarnwal]

You explained everything very well...Now it became easy to understand.... thnkss:)

[@Mech4Mechs]

Happy to help :)

[@bhavishanthsuresh3298]

Ur videos are super clean and easy to understand 👏

[@subhajyotinath7953]

U provide the best annimated videoes ....plz do upload more such videoes

[@dt_99]

Very well explained with the help of CAD. Thanks.

[@Mech4Mechs]

Glad you liked it.

[@sairockz2771]

Sir please provide video for lathe apron,lead screw and feed rod mechanisms

[@BryanSDy]

Sai Rockz i need this i need to know how to switch

[@vikashchauhan9091]

Well explained ... Keep doing .. it helps lot to anyone... Thanku ..

[@tse2be]

Superb presentation. Thank you very much.

[@zainabkhatun7162]

I have difficulties in understanding the term "feed" in lathe machine. Please do a video giving me a clear idea

[@tse2be]

Feed is synonymous with "giving". We give a cutting edge into a work at a certain rate to cut material from the work. This is feeding. Giving the tool into the work. Feeding is also giving motion at a certain amount. Cross feed is moving something cross dimensionally. Longitudinal feed is moving the apron, for example, lengthwise the lathe. So, giving a tool edge, drill bit or motion to execute the work is feeding. If you drill a hole very fast, it means the feed was fast. If the drill spindle rotates fast, it has nothing to do with the feed. Feed is the power of your hand pushing the hand drill into the work. Or the speed at which the drill bit penetrates into the work, for example woodpiece.

[@dimitar4y]

Hey, you're a woman into science? Nice.

[@tse2be]

Thank you. I am a man into translation.

[@saraswatieducational386]

Good channel... Please continue with the channel

[@theodorab8069]

Solved a problem ... thank you for this video!

[@Mech4Mechs]

Happy to help :)

[@gowthams2594]

I have difficulty in tumbler gear mechanism can you explain with video

[@akashkathirvel678]

Worm gets the power from feed rod or lead screw ??

[@Mech4Mechs]

Worm gets power from Feed Rod. Lead screw is used for Thread-cutting only. Watch my video on Thread cutting to know function of leadscrew: kzbin.info/www/bejne/oZeqamV_hcScgZo

[@knockknock3617]

Horizontal motion of tool is done by which mechanism?

[@Mech4Mechs]

Within Apron Mechanism, Motor > Feed Rod > Worm > Gear > Intermediate Gear > Feed Handle Gear

[@Pankaj-eg4sq]

In just 2 minutes u cleared all the doubts. Keep going .ur channel will gain million of subscribers

[@shitalwasekar9156]

thanks you sir this video's helps me alot.....😁

[@rajeshkumardattapuram]

really nice animation.quite very useful

[@Mech4Mechs]

Thank you very much. Any other topic you'd like to see animated like this, please do comment.

[@faizansutar6066]

Good work 👍👍

[@surajlal4458]

Nice vedio bhai...

[@nrjk13]

can u give the solid works file for this (or catia)

[@DD-qd6hc]

bro, what is the software used by you?

[@harshilgajjar5879]

D D He use. Solid works software by made autodesck company.. And its a 3'D parametric software We can also do similution of each object... 😇.. Its a great. 👌👍👍👍👍

[@Spark-Hole]

Good work mate! Keep on Thanks.

[@jinuhappy____]

Bro ur great 🥰🥰🥰🥰

[@Mech4Mechs]

Glad it was helpful :)

[@ramjanm9917]

very nice

[@SkulLCruSHER1205]

awesome sir

[@amitmishraanant7831]

Thanks brother...Nd add half nut mechanism

[@Mech4Mechs]

I hope this one will help : kzbin.info/www/bejne/oZeqamV_hcScgZo Split Nut that I mentioned is same as half nut.

[@tradingpi7010]

really helpful

[@DigGil3]

I've worked on a lathe where the feed rod was an hexagon.

[@Mech4Mechs]

Wow.. Now that's something new. I guess the worm would have a hexagonal hole to mesh with the feed rod, no need of a keyway.

[@krish7564]

thank you sir

[@rakeshp8791]

Thank you so much

[@अण्वायुवरीवर्त]

But why would that work move??

[@adarshgaurav1124]

thank you bro

[@ajmitkumar4429]

Best one

[@Mech4Mechs]

Thanks a lot, bro..

[@sampathiraosimhachalam4966]

easy to under stand

[@Mech4Mechs]

Thank you very much. :)