A 3D-Printed Business Card Embosser(core77.com)
core77.com
A 3D-Printed Business Card Embosser
https://www.core77.com/posts/138492/A-3D-Printed-Business-Card-Embosser
43 comments
It would be interesting to try to have actual registration so that the embossed design can interact with the printed copy rather that just being an arbitrary background decoration.
The way I understand your comment is you could have a scene or objects printed on a card, then line up an embossed design over the print to create depth or imprint specific areas of the print creating various effects. That would be interesting
also a tool that generates the emboss pattern based on the design of the card. so that for example a logo on the card gets embossed.
I think it should be relatively straightforward to set up something like that with build123d[1]. You can load the emboss pattern from an SVG and project it on the surface of a cylinder with `project_faces()`[2]. Some positive/negative extrusion and some added keyholes and you're done.
[1] https://build123d.readthedocs.io/en/latest/index.html
[2] https://build123d.readthedocs.io/en/latest/direct_api_refere...
[1] https://build123d.readthedocs.io/en/latest/index.html
[2] https://build123d.readthedocs.io/en/latest/direct_api_refere...
or the text in 3d, like credit cards used to be
i thought about that, but i think doing that to cardboard is more likely to cut the letters. you can't really make the patterns to narrow to think. although you could emboss an outline of the text
I think that was not done by embossing but by "3d printing" on the business card directly.
I don’t know what you mean. The technique of stamping the numbers on credit cards was literally called embossing.
Here is a video of a desktop scale embosser used for just that purpose: https://youtu.be/5ZQHSsFnACs?si=DWwgTScwl5HXkwGP
The part where the embossing daisy wheel is shown is at 18:10.
Here are machines used at an industrial scale: https://www.maticagroup.com/technologies/embossers/
They are nevertheless called “embossers”.
Here is a video of a desktop scale embosser used for just that purpose: https://youtu.be/5ZQHSsFnACs?si=DWwgTScwl5HXkwGP
The part where the embossing daisy wheel is shown is at 18:10.
Here are machines used at an industrial scale: https://www.maticagroup.com/technologies/embossers/
They are nevertheless called “embossers”.
The embossed numbers were used to transfer the details quickly and reliably. A roller would apply pressure to press special paper onto upraised letters and numbers. The seller would hand write the amount and the buyer would sign. Two copies were made simultaneously (carbon impregnated paper) and separated and a copy kept by each party.
Its a far cry from paying by bonk and your phone beeping a few seconds later to indicate your bank has already registered the transaction!
Its a far cry from paying by bonk and your phone beeping a few seconds later to indicate your bank has already registered the transaction!
You mean business or credit card? Credit Cards I believe was embossing, you had the negative of the numbers on the back. They did that because before you had electronic card readers, merchant were taking credit card payments by making a carbon copy of the credit card number on the invoice: https://en.wikipedia.org/wiki/Credit_card_imprinter
I don't think I'm misremembering, but the back side of the card had recesses of the characters, so it was in fact embossed (in the UK at least).
I'm in Estonia, and my bank issues debit and credit cards that are definitely embossed.
unrelated, but that's almost surprising. austrian banks stopped issuing embossed cards years ago. is anyone in estonia still using that feature?
Not that I know of. We're a pretty tech-forward country, so it's hard to imagine anyone making physical carbon copies these days.
exactly, that's what i thought. must be one of those: it was always done that way, or maybe just, the banks bought machines to print the cards from the US or where they still do that (do they actually?) or simply those machines were cheaper, or who cares, its not like there is a downside to embossing the numbers. it could also be estonians who fled to the US in the previous century returning and bringing back their idea of how it should be done.
i was visiting the baltics in the early 90s and i head that people were desperate to get anything from the west after being cut of for so long.
i was visiting the baltics in the early 90s and i head that people were desperate to get anything from the west after being cut of for so long.
You could have a detent on the edge of the platen for a consistent starting position.
I like how they kept it simple and minimal. If you look into embossers, their form factor is quite different (more akin to a construction stapler).
I've been tinkering with a variation on the theme -- something that can emboss paper / cardboard / thin sheet metal. 3D printed dies work great, but it's some rabbit hole! Lots and lots to learn.
I've been tinkering with a variation on the theme -- something that can emboss paper / cardboard / thin sheet metal. 3D printed dies work great, but it's some rabbit hole! Lots and lots to learn.
For some inexplicable reason, this site does not load properly for me. It also has apparently eaten all my memory.
Edit: it works if you put it through archive.ph: https://archive.ph/ruSeX
And here’s the model collection: https://makerworld.com/en/collections/453534-business-card-e...
Edit: it works if you put it through archive.ph: https://archive.ph/ruSeX
And here’s the model collection: https://makerworld.com/en/collections/453534-business-card-e...
Cool, but I was more impressed by:
https://news.ycombinator.com/item?id=36176198
https://news.ycombinator.com/item?id=36176198
With the itty bitty oled displays now available [1], Doom should now have a chance!
[1] https://www.youtube.com/watch?v=k7ztqNAVVsY
[1] https://www.youtube.com/watch?v=k7ztqNAVVsY
Great design. Printing without supports is faster and gives better quality surfaces.
Supports are one of the main drawbacks of FDM 3D printing, it takes a lot of effort and limits your designs. Can’t wait until 4/5-axis printers become the norm.
Supports are one of the main drawbacks of FDM 3D printing, it takes a lot of effort and limits your designs. Can’t wait until 4/5-axis printers become the norm.
I wish it was easy for a CAD n00b to create templates for this. Like I want my business card to be the emboss
Make two blocks sized as business card. Extrude your graphic in one and make inverse hole of the graphic with some tolerance in the other. You will get better results that's easy to model, print and align.
Just pushing two blocks by hand and adding your weight will most likely be enough to make nice impression. The reason is that you have the inverted side - normally you would have just one plate pushing against some softer rubber so the paper has nowhere to go and you need a lot more force.
Tbh this roller design is needlesly complicated for business cards. Printing the rolls with overhangs will require supports. Roller press for graphics has some advantages like consistency of force and pressing of different sized/long pieces. None of which are useful here. Besides you wouldn't have emboss on the roll (unless you were printing infinite patterns) - you would press plate and paper through smooth roller press.
Just pushing two blocks by hand and adding your weight will most likely be enough to make nice impression. The reason is that you have the inverted side - normally you would have just one plate pushing against some softer rubber so the paper has nowhere to go and you need a lot more force.
Tbh this roller design is needlesly complicated for business cards. Printing the rolls with overhangs will require supports. Roller press for graphics has some advantages like consistency of force and pressing of different sized/long pieces. None of which are useful here. Besides you wouldn't have emboss on the roll (unless you were printing infinite patterns) - you would press plate and paper through smooth roller press.
Cool. I remember seeing designs like this in the early RepRap hobby 3d Printer days .
Or you could just print the business cards themselves with your 3D-printer.
Or (considering the creativity of the 3D printing scene) make your business card a kit card from which one can build one's own working 3D printer. :-)
That would be really slow and not as versatile as an embosser.
My card is die-cut.
My card is foil-stamped.
My card is embossed.
Is this the relevant reference?
https://x.com/goldman/status/1377437553830203395
(longer quote: "My card is die cut, my card is foil stamped, my card is embossed. It doesn’t fit in a Rolodex because it doesn’t belong in a Rolodex.").
https://x.com/goldman/status/1377437553830203395
(longer quote: "My card is die cut, my card is foil stamped, my card is embossed. It doesn’t fit in a Rolodex because it doesn’t belong in a Rolodex.").
Cool idea and well designed model. Nice!
pretty cool
cool