This is great stuff to watch, especially if you like engineering like I do. However to the untrained eye, little do none toolmaking people know, of just what goes into making a Progression tool such as this, but more so, making it work!. For instance, keeping the accuracy along the Progression, so no accumulative errors occur. Getting "Slugs" to fall away, and not stick to the strip, or pull back through, getting the strip to run freely without sticking... all necessary stuff to get right etc.
Hey Melih, With this press, we use an air feeder. You may want to try feeding by hand to make sure everything is free before introducing the feeder. Make sure that your strip isn't snagging on something in the tool while feeding up. Also, make sure your air feeder is working properly. With material 2mm thick, your feeder wouldn't need to be but .15mm accurate, and the pilots should locate the material. Also, make sure your feeder is disengaged when pilots engage.
@Bevoin, Thanks for the comment! There is a lot that goes into this, from design to production. On the slugs, we ran a new tool this week that had a slug pulling in .250 in thick material. We temporarily solved the problem by adjusting our lubricant usage.
@djblazenl exactly. We have sensors checking at certain cam angles to make sure the cylinder is in the right position. If it is, press continues, if not, press stops. Major crash possible if there were not sensors!
Melih, Also, it's imperative that your material (coil) is lined up with the die and not rubbing on either side of the guide rails. Hope this works, let me know your results please.
YOU CAN SEE IT AT 2:40 THE CILINDER GOES BACK AND FORWARD EACH TIME AND BY THE LAST STAM ITS MAKE A COIL ..AND CILINDER PULL BACK THE PRODUCT FALL DOWN AND CILINDER GOES FRONT SEE IT IN YOURE IMAGINATION :p
These are a result of punching the square shape from the coil steel. These are found in the steel recycling bins of most stamping plants. I’m guessing most places would sell you some of them if you asked.
Well, if memory serves me correctly, we were stamping 20,000 parts per day at that time. This video was taken just before a PM job. Thanks for watching!
This is great stuff to watch, especially if you like engineering like I do. However to the untrained eye, little do none toolmaking people know, of just what goes into making a Progression tool such as this, but more so, making it work!. For instance, keeping the accuracy along the Progression, so no accumulative errors occur. Getting "Slugs" to fall away, and not stick to the strip, or pull back through, getting the strip to run freely without sticking... all necessary stuff to get right etc.
Very nice l am intrasted yor job
how do one put a champer in a progressive die
Now that's a very impressive tool.
Thanks, joe a !
Hey Melih,
With this press, we use an air feeder. You may want to try feeding by hand to make sure everything is free before introducing the feeder. Make sure that your strip isn't snagging on something in the tool while feeding up. Also, make sure your air feeder is working properly. With material 2mm thick, your feeder wouldn't need to be but .15mm accurate, and the pilots should locate the material. Also, make sure your feeder is disengaged when pilots engage.
Good work!!! We also have rich experience in sheet metal fab, we are a strong manufacturer in China, with high quality and competitive price.
@Bevoin,
Thanks for the comment! There is a lot that goes into this, from design to production. On the slugs, we ran a new tool this week that had a slug pulling in .250 in thick material. We temporarily solved the problem by adjusting our lubricant usage.
@djblazenl exactly. We have sensors checking at certain cam angles to make sure the cylinder is in the right position. If it is, press continues, if not, press stops. Major crash possible if there were not sensors!
I need the same tool can you please help me with the design concept.
Melih,
Also, it's imperative that your material (coil) is lined up with the die and not rubbing on either side of the guide rails. Hope this works, let me know your results please.
Very nice
i saw your mould its lovely. can you pass me some advice on how much cleareance is need while running coil thanks!
Fantastic tool !
Where die is being used?
Ferramental MONSTERS 👏👏👏👏👏👏👏👏👏
Hey Nelson, thank you for the comment!
YOU CAN SEE IT AT 2:40 THE CILINDER GOES BACK AND FORWARD EACH TIME AND BY THE LAST STAM ITS MAKE A COIL ..AND CILINDER PULL BACK THE PRODUCT FALL DOWN AND CILINDER GOES FRONT SEE IT IN YOURE IMAGINATION :p
@precision tool & stamping, Inc. Where are you based?
what is yield in progressive tool??
잘보고 갑니다 저도 한국에서 금형 사업하고 있어요 공조 하고 싶군요 연락주시면 친절히 답하겠어요
Si se puede unas muestras de moldes de inyección de plastico
Hello Fernando. We do not do injection moldings here, sorry.
at 2:49, where can I buy those little squares?
These are a result of punching the square shape from the coil steel. These are found in the steel recycling bins of most stamping plants. I’m guessing most places would sell you some of them if you asked.
1:30 Can't see how the last form was.
금형 영상 잘보고 유튜브 친구 맺고 갑니다
허니비코리아 놀러오세요
Where in the world would be a tool that dirty? Shame on you!!!
Well, if memory serves me correctly, we were stamping 20,000 parts per day at that time. This video was taken just before a PM job. Thanks for watching!
Bro come on it isn’t even that dirty, and besides it’s just used to make money and good parts not to look pretty
And at end of shift his air supply will be available to clean up with -- but not before.