If someone has an example graphical project which compiles to an HTML page w/ JavaScript using the above, I'd love to see it and a detailed set of build instructions and notes on installing the needed toolchain and deployment. (as a note, I'm currently working in flet.dev using Python which allowed me to get a small prototype up-and-running, but I'm still looking into self-hosting and doing something more complex)
Pretty sure those folks are just using a digital press and sending things out w/ a bar-coded envelope w/ printed indicia --- as noted in the article, it was the letterpress aspect which set this apart.
Well, sure. But GP says “this type of service” which is indeed available. The exact service would be outrageously expensive, and too few customers would buy at the required prices.
I worked on a similar project for a non-profit at a previous job. No letterpress though, which I'm kind of bummed about.
The software in this space is execrable (I wrote a TeX tool to do it based on a CSV and it would've been okay if they'd allowed it to run on the server as each order came in, but they insisted instead on ganging things up which added complexity and made the files large enough that csvtool in TeX had a hard time working through them), and dealing with the USPS can be quite thorny, but as noted, customer relations is a potential minefield and managing customer expectations could get really expensive (once we had to pay $800 to have a single card delivered same-day because it was that or lose the contract).
I also argued that we should integrate the preview, generating a pixel image of the actual addresses from the typesetting system so as to push the responsibility for address verification onto the customer, but even though we were doing that for custom order books in a separate project by a different department it was shot down as an unnecessary complexity.
I just dodged being stuck on the Outer Banks or evacuating for a hurricane which has now closed Hwy 12 based on which week the family agreed on for the annual beach vacation:
Managed to analyze what the LLM had made at my direction and re-work it to a very simply proof-of-concept which allows one to fill in some parameters, and then have it write out a G-code file to one's Downloads folder:
Is there a good book (or web page) documenting the history of such small lathes/machines and their designers?
There seems to be a lot of misinformation (folks claiming Gingery was melting down working machines to make his, when they were iron or steel and he was casting aluminum)....
"Most households", no, but a statistically significant number? Yes.
Two of my co-workers have one each, and another is planning on buying one for her kids for Christmas --- DJI revenge-investing in Elegoo to spite the folks who left their company to start Bambu Labs pretty much knocked the bottom out of the market and halved (again) the price with the Centauri Carbon, resulting in a glut of ~$300 CoreXY printers, many of which are enclosed and hence have a higher perceived value.
Most estimates are that 2024 had ~4.5 million shipped, and 2025 looked to be even more, and no signs of the upward trajectory decreasing for 2026. For one small snapshot see the recent Snapmaker campaign for the U1, >$20M raised from >20K backers. With most sales to the U.S., for ~135M households, while not at 10%, it is almost certainly past 5%, so approximately 1-in-20 households.
I'd love to be able to take it up again, and this document looks very promising for that, esp. paired with:
https://wiki.freepascal.org/pas2js
which I now see is supported in Lazarus.
If someone has an example graphical project which compiles to an HTML page w/ JavaScript using the above, I'd love to see it and a detailed set of build instructions and notes on installing the needed toolchain and deployment. (as a note, I'm currently working in flet.dev using Python which allowed me to get a small prototype up-and-running, but I'm still looking into self-hosting and doing something more complex)
reply