Not a surprise to me though since I am operating in the CNC industry I have seen the same struggles and changes, albeit, from a slightly different perspective.
I work with the Smoothieware/Smoothieboard project. It seems, from my observation, that most people are not working with hardware like they were a few years ago. The "homebrew" machines and shadetree makers are becoming few and far between.
The lie has been heavily sold to the maker community that you are "wasting your time if you make something yourself" since it is cheaper to offshore even small 3d prints and machining projects. Not only that but people have been convinced that they don't have the ability to make a machine.
Instead of spending time learning something new/valuable (i.e. Reprap) it is now popular to just have someone else do it...be it AI or a factory in another country with subsidies that create massive differences in bottom line.
The ability to make things at home is disappearing. People cannot/will not learn to make their own machines. Companies that make machines that care about their community and customers are disappearing.
> The lie has been heavily sold to the maker community that you are "wasting your time if you make something yourself" since it is cheaper to offshore even small 3d prints and machining projects.
> The ability to make things at home is disappearing
I do not know what you are talking about.
3D printing at home is more popular than ever. Even families I know who don’t have a computer at home, only their phones, now have 3D printers and use them.
> People cannot/will not learn to make their own machines
I think this is an appeal to 3D printing purity that drove me away from many of the communities. In the early days we all swapped tips and shared reviews of parts (like the Smoothieboard I still have) with other people who liked to build machines because that was the only way to do 3D printing at hobby level prices. When asked what we used the 3D printers for, the joke was that they were used to print parts for our 3D printer. It wasn’t really a joke, though. We spent more time keeping the printers working and trying to tune them than we did printing other things we needed.
That has flipped. Now it’s easy to get a cheap 3D printer and start getting parts out of it without thinking about the printer much. This is great if you’re a person who wants to use the output of the printer. This is boring if you think the value is the process of building and changing the printer hardware all the time.
I’m tired of hearing takes about how this is wrong or bad. Most “makers” want to make other things, not spend their precious free time trying to debug failing prints. There are more opportunities and knowledge available now for people who do want to build their own machines and it’s very cheap. People who want to do that can, but don’t look down upon the people who don’t want to do that.
> The lie has been heavily sold to the maker community that you are "wasting your time if you make something yourself" since it is cheaper to offshore even small 3d prints and machining projects.
I've seen what people go through when they operate 3D printers. The impression I have is that they still make 2D inkjet printers look like paragons of reliability.
I’ve had several printers over more than a decade. Even the most reliable new units can still be difficult to debug little things. My cousin’s family got a Bambu printer with no technical or mechanical experience and gets it working well most of the time, but there are still things that can bite you like prints not sticking to the bed because it has oils on it or filament breaking in the feed path because PLA absorbs moisture from the air and becomes brittle. A modicum of attention can keep these problems in check but the operator has to do some reading and learning.
There is another set of people who are in 3D printing because they like the experience of debugging and improving the printer as much or more than the final prints they get from it. The most hardcore 3D printing people I know don’t actually print much other than 3D benchies and test towers because their fun comes from playing with the machine and trying new parts. Those people build a different set of printer types than the plug and play units used by most casual makers.
I recently bought a Bambu Lab A1 printer. I went specifically with Bambu Lab because everything I read said that was the better choice if you want something low maintenance and easy to set up even if it’s not as open as some of the alternatives.
It’s stuck in the auto calibration stage. It gets halfway through then it stops with a generic error message. The UI around this is really clunky. I’ve tried searching online, asking Claude and nothing. I emailed customer support and they came back with cryptic instructions that assume familiarity with the internals of the machine.
I decided to leave this for a day when I wasn’t too mentally drained from work to debug issues in my free time and instead the machine has been collecting dust ever since.
Maybe it was a mistake to get a Bambi Lab? I thought it was the more turn key option but it hasn’t been my experience.
Some people want to have an experience with their printer. Some people want it to be an appliance. If you wanted an appliance, and got an experience, you're going to be disappointed.
For people who genuinely wanted the experience of exploring 3D printers, like yourself, I'm very happy that those people got that experience.
For myself, just as I want to print documents and not have adventures with inkjet printers, I want to make things and not have adventures with 3D printers. Which is why I have no plans to own a 3D printer.
I had a cheap Ender 3 Pro for years. It had occasional issues, but they were fairly easy to solve due to the large user base. It was great to learn on since you had to learn the concepts and do some stuff like leveling manually. So even the cheap stuff can work fine.
I feel like this has been a talking point for as long as off-the-shelf printers aimed at hobbyists have existed. Calling them AI factories is a bit off the mark imo, there are plenty of hobbyists that learn CAD and want to make their own stuff, but don't want to build their own printer. The kind of people who are interested in reprap are absolutely still around, and I really don't see that community going dissolving because of the rise of capable commercial printers.
"it is now popular to just have someone else do it...be it AI or a factory in another country"
And sure there are some people interested in reprap but they have been scattered to the wind. #reprap IRC has become an advertising/support channel for commercial printers. If you go to most of the channels/forums where the development used to happen and mention you want to build a printer you will be flooded with responses about how stupid that is and provided with names/links of the printers you should be buying. Making things is a fool's errand.
Maybe my observations were different...maybe not...but from what I saw at about 2016 the whole DIY machine thing switched.
I believe part of it is the cost. It used to be too expensive to get something like a decent commercial 3D printer (though at the same time). Now you can get one for less than the cost of RepRap components back in the day, so it is stupid to do it if you just want to print stuff out (it might even be more expensive, and will likely produce worse prints).
If, however, you want to learn how to build one, or just have an experience of building your own tool you'll use to create stuff, it is most definitely not stupid to do it.
With 3D printing becoming mainstream, you'll have fewer people in those communities who support and live that approach though, and you'll need to look harder to find documentation and like-minded people.
I'm not sure if it's that simple. Many space-intensive DIY hobbies are on the retreat simply because more people are moving into cities or very dense suburbs where you have no practical opportunity to, say, build a woodworking shop. Metalworking was even more severely impacted, for obvious reasons.
Also, long before mail-order offshore manufacturing, people have been lured away from most of this by the promise of 3D printing. Every other techie I know owns a 3D printer. Most have not made anything interesting with it because they soon learn that the real difficulty is materials science and 3D design. But as a nerd, it's the thing you're supposed to own. In contrast, I know maybe four people in the SF Bay Area who are into woodworking, metalsmithing, CNC, or stuff like that.
I don't see mail-order prototyping as a conspiracy... it's more of a culmination of the DIY community chasing the mirage they were sold on in the early 2010s. I still remember the HN claims: home manufacturing revolution! It's the beginning of a brand new economy, why would anyone buy anything anymore when you can just click "print"... with some amusing parallels to how some folks now talk about building your own software with AI.
The mail-order stuff isn't evil insofar that it may allow some people to make things they couldn't make before. On the flip side, it's a very inefficient way to learn, so I think it will reduce hardware literacy among those who could afford a garage workshop.
FWIW, I think the same goes for AI-assisted hardware design. On one hand, I see people who otherwise wouldn't be DIYing getting into DIY: "I asked Claude and it one-shotted this rectangular enclosure for me, it's amazing!", "Claude made this RP2350 breakout board for me, how cool is that". But I also see established DIYers getting a degree of brain rot.
we have had a home manufacturing revolution, though, and making every kind of hardware is crazy accessible, look at the explosion of niche products in every single hobby space over the past ten years
I miss absolutely nothing about etching my own single layer PCBs at home
First, PCBs: neither do I, I'm not sure why you're assuming that's the position I want to take. This has nothing to do with 3D printing or mail-order metal parts.
Second, I don't think there's a revolution for the general population. Your archetypal middle-aged dad / curious teenager are DIYing less than 20 years ago, which in turn was less than 40 years ago. The stats here are clear, most of "garage" occupations are on the decline. Less space, higher costs, more emphasis on safety. Some hobbies, such as backyard chemistry, are effectively gone. Shop classes in most schools are gone. Making your own bookshelf or building a radio from a kit is no longer a rite of passage.
Third, the "explosion of niche products" - maybe, but I think some of it is just visibility. Kickstarter, HN, Hack-a-Day, and so on. Before that, we had hobby journals for woodworking, electronics, etc, and they were always full of ads for niche gear. You just weren't seeing the totality of it in a doom-scroll loop. Visibility has benefits, but my point is that the qualitative change isn't as profound.
I actually believe it's mostly about cost. Things you'd DIY in the past are now crazily accessible: DIY is usually more expensive than getting a commodity product.
Real bummer I have their manual lathe and mill and have made a lot of things it would have been impossible to make without the ability to machine (even at small scale their machines could do).
One reason why I bought sherline is the company was still in business and creating so many accessories.
I guess I'll be trying to buy stuff off of eBay or something like I would have been doing had I bought Chinese stuff.
Speaking of which does anyone know the details of their small 60 degree carbide inserts? I assume that don't make those themselves.
> Unfortunately, the manufacturing environment has changed dramatically. The effects of COVID, increasing manufacturing and operating costs, and significant changes in consumer purchasing habits have made it increasingly difficult for a small American manufacturer such as Sherline to maintain the workforce and production levels necessary to remain competitive.
Can’t help but wonder if “operating costs” include tariffs and other policy decisions by the current administration that have driven up costs for everyone.
It is not just tariffs. The cost of living in the US, especially housing, has approximately doubled in my area since 2019. There is a massive overinvestment in real estate. When housing costs go up it forces companies to pay their employees more to adjust which then drives up the COGS. This becomes a feedback loop because the real estate investors see the prices go up and say "well we have to raise rents because COGS are going up."
Competing with any offshore becomes impossible (especially when compared to countries which subsidize their production). Companies close instead of attempting to compete. Why would you when simply investing in real estate, crypto or AI would net more money? The parts needed to produce in the US are typically not made in the US.
Tariffs hurt...a lot...the companies I work with directly (including mine) have been struggling with them for a decade now. But it is a lot more than that...there is a general lack of interest in making things that are real. Plus, the cost if you attempt to do so puts you in a position where you cannot be competitive.
+1 on the tarrifs and the cost of living. We actually left the USA and moved to the Caribbean because our R&D was being burned up in tarrifs; actually cheaper to move the operation. It’s stupid to raise tarrifs overnight when there are no comparable domestic alternatives. A 5 year, stable plan to ramp tariffs? Sure. That builds a runway for local supply and transition. Random tariff adjustment between 0-200% changing every month? Absolute poison for innovation, and local suppliers can’t ramp on chaos.
The cost of living, also, needs a reframe. The real truth there is that most people, who live paycheck to paycheck, are half as prosperous as they were a couple of years ago. Think about that. The Majority of an entire country became twice as poor practically overnight. It’s not cost of living rising , it’s standard of living being halved for most Americans. It’s not a small thing, and it will have reprocussions for decades. A population on strong retrograde prosperity does not innovate, does not invent, does not plan for the future. It’s basically terminal cancer.
No doubt innovation will rise once the ashes cool, but that’s more like what we are seeing in Eastern Europe, admirable and significant, but no equivalence whatsoever to the economic juggernaut that the USA once was. (And still is, for now)
Maybe automation will turn that around, but who then is the beneficiary of a fleet of millions (billions?) of corporate owned general purpose humanoid robots? That’s a big part of what my startup is working on ; making that phase generally useful to regular people, not just corporate giants.
Wow, what a disappointment. I’ve found it funny over the years when people are shocked to hear me talking about machining, when they themselves have woodworking tools. Cutting metal, cutting wood, even cutting paper - all useful for making and fixing.
I earned an MSME without ever learning to actually make things, so once I could afford it I bought a Sherline CNC mill and taught myself to use it. I made many mistakes but got there. I used it just last week to make a wind gauge mounting bracket for a 70 year old sailboat.
I liked that it was made in the USA and (at the time, pre mainstream internet) had a great community to learn from.
I know there are other options still, but Sherline has a fond place in my heart for how easy they made it to get started.
I also think Sherline machines have good value. Were they the cheapest, no, but they actually worked really well in my experience for their size. I only have their manual lathe, but it was a MUCH higher quality machine than my larger 7x14 from china. It just feels like everything is either a race to the bottom, enshittification and/or both right now.
Guess this is what happens when you elect a group that prioritizes enriching themselves over ensuring you don't starve in the street like a filthy animal.
I'm not sure what you are hoping from "free", "community owned", and "open source".
They make mills and lathes. They are really nice little machines, great for hobby use. We have one lathe from them in our hackspace for example, and it is a delight. Of course you have to understand the limitations of the tool, but that is true for every machine.
That being said, it is just a lathe. There is nothing particularly complicated about it. At least not at their complexity level. If you can manufacture machine tools you can make one very easily. If you don't have the manufacturing capability you won't.
The reason i'm saying this is because "free as in freedom" and "open source" are properties of plans / source code. If you happen to have a lathe factory, the lack of a lathe plan is not going to stop you. You are just going to design one for yourself. And if you don't have a factory which can make a lathe, then why do you care about plans for a lathe being open source?
I guess the factory itself could be "community owned". If you have a business plan, or a large pile of cash, now is the time to approach them that you want to buy everything from them. But I'm not sure how "community owned" would even work for this use case.
Basically what I'm saying this is hardware, not software. The terms you use don't make much sense in this case.
the sherline designs aren't particularly notable, and they're pretty easy to replicate if you have working machine tools that are larger. any machinist could make a sherline mill or lathe, but without that floorspace and capex and skill, one really can't.
I spent overly long trying to learn on sherline tools and once I gave up and bought a Bridgeport and an old Logan, I realized that I was just banging my head against the limitations of the tools.
the value they had was that they were cheaper than the smaller version of the standard toolroom machines, and they were a way to bootstrap yourself without having the heavy power and the floorspace. so pretty much the storefront, not the IP. I still have their 4" rotary, and its actually not bad. the mill had a huge amount of flex in the column that made it pretty unusable for me unless you took really really tiny passes.
I had an old Unimat for a couple years, and while that was even _more_ dodgy than the sherline the fact that it was all steel and a combined mill/lathe made it a lot more interesting. would rather see some community standards for tooling on a platform like that. maybe a 50% larger so setup isn't so fiddly.
Sad news. First, Openbuilds now this.
Not a surprise to me though since I am operating in the CNC industry I have seen the same struggles and changes, albeit, from a slightly different perspective.
I work with the Smoothieware/Smoothieboard project. It seems, from my observation, that most people are not working with hardware like they were a few years ago. The "homebrew" machines and shadetree makers are becoming few and far between.
The lie has been heavily sold to the maker community that you are "wasting your time if you make something yourself" since it is cheaper to offshore even small 3d prints and machining projects. Not only that but people have been convinced that they don't have the ability to make a machine.
Instead of spending time learning something new/valuable (i.e. Reprap) it is now popular to just have someone else do it...be it AI or a factory in another country with subsidies that create massive differences in bottom line.
The ability to make things at home is disappearing. People cannot/will not learn to make their own machines. Companies that make machines that care about their community and customers are disappearing.
Maybe it's by design? I don't know.
> The lie has been heavily sold to the maker community that you are "wasting your time if you make something yourself" since it is cheaper to offshore even small 3d prints and machining projects.
> The ability to make things at home is disappearing
I do not know what you are talking about.
3D printing at home is more popular than ever. Even families I know who don’t have a computer at home, only their phones, now have 3D printers and use them.
> People cannot/will not learn to make their own machines
I think this is an appeal to 3D printing purity that drove me away from many of the communities. In the early days we all swapped tips and shared reviews of parts (like the Smoothieboard I still have) with other people who liked to build machines because that was the only way to do 3D printing at hobby level prices. When asked what we used the 3D printers for, the joke was that they were used to print parts for our 3D printer. It wasn’t really a joke, though. We spent more time keeping the printers working and trying to tune them than we did printing other things we needed.
That has flipped. Now it’s easy to get a cheap 3D printer and start getting parts out of it without thinking about the printer much. This is great if you’re a person who wants to use the output of the printer. This is boring if you think the value is the process of building and changing the printer hardware all the time.
I’m tired of hearing takes about how this is wrong or bad. Most “makers” want to make other things, not spend their precious free time trying to debug failing prints. There are more opportunities and knowledge available now for people who do want to build their own machines and it’s very cheap. People who want to do that can, but don’t look down upon the people who don’t want to do that.
> The lie has been heavily sold to the maker community that you are "wasting your time if you make something yourself" since it is cheaper to offshore even small 3d prints and machining projects.
I've seen what people go through when they operate 3D printers. The impression I have is that they still make 2D inkjet printers look like paragons of reliability.
I’ve had several printers over more than a decade. Even the most reliable new units can still be difficult to debug little things. My cousin’s family got a Bambu printer with no technical or mechanical experience and gets it working well most of the time, but there are still things that can bite you like prints not sticking to the bed because it has oils on it or filament breaking in the feed path because PLA absorbs moisture from the air and becomes brittle. A modicum of attention can keep these problems in check but the operator has to do some reading and learning.
There is another set of people who are in 3D printing because they like the experience of debugging and improving the printer as much or more than the final prints they get from it. The most hardcore 3D printing people I know don’t actually print much other than 3D benchies and test towers because their fun comes from playing with the machine and trying new parts. Those people build a different set of printer types than the plug and play units used by most casual makers.
I recently bought a Bambu Lab A1 printer. I went specifically with Bambu Lab because everything I read said that was the better choice if you want something low maintenance and easy to set up even if it’s not as open as some of the alternatives.
It’s stuck in the auto calibration stage. It gets halfway through then it stops with a generic error message. The UI around this is really clunky. I’ve tried searching online, asking Claude and nothing. I emailed customer support and they came back with cryptic instructions that assume familiarity with the internals of the machine.
I decided to leave this for a day when I wasn’t too mentally drained from work to debug issues in my free time and instead the machine has been collecting dust ever since.
Maybe it was a mistake to get a Bambi Lab? I thought it was the more turn key option but it hasn’t been my experience.
I wouldn't trade that time spent on my printers for anything. I wrote a post about this recently [1]
There was way more valuable things learned in the process than just making Benchy.
For years I have been trying to tell people this. The value of Reprap was not just "to have a printer".
[1] https://www.robosprout.com/thank-you-reprap-for-all-of-it/
Some people want to have an experience with their printer. Some people want it to be an appliance. If you wanted an appliance, and got an experience, you're going to be disappointed.
For people who genuinely wanted the experience of exploring 3D printers, like yourself, I'm very happy that those people got that experience.
For myself, just as I want to print documents and not have adventures with inkjet printers, I want to make things and not have adventures with 3D printers. Which is why I have no plans to own a 3D printer.
Crazy as it sounds, that’s the opposite of my personal experience.
Yeah in the four years I’ve had my Prusa it’s had basically no problems.
They’re a pain in the ass if you buy bottom of the barrel crap with sloppy tolerances for $100 I guess, but the same is true of regular printers.
I had a cheap Ender 3 Pro for years. It had occasional issues, but they were fairly easy to solve due to the large user base. It was great to learn on since you had to learn the concepts and do some stuff like leveling manually. So even the cheap stuff can work fine.
I feel like this has been a talking point for as long as off-the-shelf printers aimed at hobbyists have existed. Calling them AI factories is a bit off the mark imo, there are plenty of hobbyists that learn CAD and want to make their own stuff, but don't want to build their own printer. The kind of people who are interested in reprap are absolutely still around, and I really don't see that community going dissolving because of the rise of capable commercial printers.
That wasn't exactly what was said...
"it is now popular to just have someone else do it...be it AI or a factory in another country"
And sure there are some people interested in reprap but they have been scattered to the wind. #reprap IRC has become an advertising/support channel for commercial printers. If you go to most of the channels/forums where the development used to happen and mention you want to build a printer you will be flooded with responses about how stupid that is and provided with names/links of the printers you should be buying. Making things is a fool's errand.
Maybe my observations were different...maybe not...but from what I saw at about 2016 the whole DIY machine thing switched.
I believe part of it is the cost. It used to be too expensive to get something like a decent commercial 3D printer (though at the same time). Now you can get one for less than the cost of RepRap components back in the day, so it is stupid to do it if you just want to print stuff out (it might even be more expensive, and will likely produce worse prints).
If, however, you want to learn how to build one, or just have an experience of building your own tool you'll use to create stuff, it is most definitely not stupid to do it.
With 3D printing becoming mainstream, you'll have fewer people in those communities who support and live that approach though, and you'll need to look harder to find documentation and like-minded people.
I'm not sure if it's that simple. Many space-intensive DIY hobbies are on the retreat simply because more people are moving into cities or very dense suburbs where you have no practical opportunity to, say, build a woodworking shop. Metalworking was even more severely impacted, for obvious reasons.
Also, long before mail-order offshore manufacturing, people have been lured away from most of this by the promise of 3D printing. Every other techie I know owns a 3D printer. Most have not made anything interesting with it because they soon learn that the real difficulty is materials science and 3D design. But as a nerd, it's the thing you're supposed to own. In contrast, I know maybe four people in the SF Bay Area who are into woodworking, metalsmithing, CNC, or stuff like that.
I don't see mail-order prototyping as a conspiracy... it's more of a culmination of the DIY community chasing the mirage they were sold on in the early 2010s. I still remember the HN claims: home manufacturing revolution! It's the beginning of a brand new economy, why would anyone buy anything anymore when you can just click "print"... with some amusing parallels to how some folks now talk about building your own software with AI.
The mail-order stuff isn't evil insofar that it may allow some people to make things they couldn't make before. On the flip side, it's a very inefficient way to learn, so I think it will reduce hardware literacy among those who could afford a garage workshop.
FWIW, I think the same goes for AI-assisted hardware design. On one hand, I see people who otherwise wouldn't be DIYing getting into DIY: "I asked Claude and it one-shotted this rectangular enclosure for me, it's amazing!", "Claude made this RP2350 breakout board for me, how cool is that". But I also see established DIYers getting a degree of brain rot.
we have had a home manufacturing revolution, though, and making every kind of hardware is crazy accessible, look at the explosion of niche products in every single hobby space over the past ten years
I miss absolutely nothing about etching my own single layer PCBs at home
First, PCBs: neither do I, I'm not sure why you're assuming that's the position I want to take. This has nothing to do with 3D printing or mail-order metal parts.
Second, I don't think there's a revolution for the general population. Your archetypal middle-aged dad / curious teenager are DIYing less than 20 years ago, which in turn was less than 40 years ago. The stats here are clear, most of "garage" occupations are on the decline. Less space, higher costs, more emphasis on safety. Some hobbies, such as backyard chemistry, are effectively gone. Shop classes in most schools are gone. Making your own bookshelf or building a radio from a kit is no longer a rite of passage.
Third, the "explosion of niche products" - maybe, but I think some of it is just visibility. Kickstarter, HN, Hack-a-Day, and so on. Before that, we had hobby journals for woodworking, electronics, etc, and they were always full of ads for niche gear. You just weren't seeing the totality of it in a doom-scroll loop. Visibility has benefits, but my point is that the qualitative change isn't as profound.
I actually believe it's mostly about cost. Things you'd DIY in the past are now crazily accessible: DIY is usually more expensive than getting a commodity product.
Real bummer I have their manual lathe and mill and have made a lot of things it would have been impossible to make without the ability to machine (even at small scale their machines could do).
One reason why I bought sherline is the company was still in business and creating so many accessories.
I guess I'll be trying to buy stuff off of eBay or something like I would have been doing had I bought Chinese stuff.
Speaking of which does anyone know the details of their small 60 degree carbide inserts? I assume that don't make those themselves.
I want a small lathe and mill. The prices are just too high to justify with my limited use. Instead, I use a 3D printer and I'm making a CNC router.
How much is because of Chinese clones/stealing of IP thus making manufacturing in the US cost prohibitive?
> Unfortunately, the manufacturing environment has changed dramatically. The effects of COVID, increasing manufacturing and operating costs, and significant changes in consumer purchasing habits have made it increasingly difficult for a small American manufacturer such as Sherline to maintain the workforce and production levels necessary to remain competitive.
Can’t help but wonder if “operating costs” include tariffs and other policy decisions by the current administration that have driven up costs for everyone.
Speaking from my personal observations...
It is not just tariffs. The cost of living in the US, especially housing, has approximately doubled in my area since 2019. There is a massive overinvestment in real estate. When housing costs go up it forces companies to pay their employees more to adjust which then drives up the COGS. This becomes a feedback loop because the real estate investors see the prices go up and say "well we have to raise rents because COGS are going up."
Competing with any offshore becomes impossible (especially when compared to countries which subsidize their production). Companies close instead of attempting to compete. Why would you when simply investing in real estate, crypto or AI would net more money? The parts needed to produce in the US are typically not made in the US.
Tariffs hurt...a lot...the companies I work with directly (including mine) have been struggling with them for a decade now. But it is a lot more than that...there is a general lack of interest in making things that are real. Plus, the cost if you attempt to do so puts you in a position where you cannot be competitive.
+1 on the tarrifs and the cost of living. We actually left the USA and moved to the Caribbean because our R&D was being burned up in tarrifs; actually cheaper to move the operation. It’s stupid to raise tarrifs overnight when there are no comparable domestic alternatives. A 5 year, stable plan to ramp tariffs? Sure. That builds a runway for local supply and transition. Random tariff adjustment between 0-200% changing every month? Absolute poison for innovation, and local suppliers can’t ramp on chaos.
The cost of living, also, needs a reframe. The real truth there is that most people, who live paycheck to paycheck, are half as prosperous as they were a couple of years ago. Think about that. The Majority of an entire country became twice as poor practically overnight. It’s not cost of living rising , it’s standard of living being halved for most Americans. It’s not a small thing, and it will have reprocussions for decades. A population on strong retrograde prosperity does not innovate, does not invent, does not plan for the future. It’s basically terminal cancer.
No doubt innovation will rise once the ashes cool, but that’s more like what we are seeing in Eastern Europe, admirable and significant, but no equivalence whatsoever to the economic juggernaut that the USA once was. (And still is, for now)
Maybe automation will turn that around, but who then is the beneficiary of a fleet of millions (billions?) of corporate owned general purpose humanoid robots? That’s a big part of what my startup is working on ; making that phase generally useful to regular people, not just corporate giants.
Wow, what a disappointment. I’ve found it funny over the years when people are shocked to hear me talking about machining, when they themselves have woodworking tools. Cutting metal, cutting wood, even cutting paper - all useful for making and fixing.
I earned an MSME without ever learning to actually make things, so once I could afford it I bought a Sherline CNC mill and taught myself to use it. I made many mistakes but got there. I used it just last week to make a wind gauge mounting bracket for a 70 year old sailboat.
I liked that it was made in the USA and (at the time, pre mainstream internet) had a great community to learn from.
I know there are other options still, but Sherline has a fond place in my heart for how easy they made it to get started.
I also think Sherline machines have good value. Were they the cheapest, no, but they actually worked really well in my experience for their size. I only have their manual lathe, but it was a MUCH higher quality machine than my larger 7x14 from china. It just feels like everything is either a race to the bottom, enshittification and/or both right now.
the current white house really fucked over all the smaller domestic manufacturers. and scientists. and um america basically
Everything.
If you are a builder, there is no sane way to bid on contracts with such hugely variable COGS.
And how the HELL do you even attempt to fix the US housing supply if you are tariffing Canadian lumber? You can't.
Guess this is what happens when you elect a group that prioritizes enriching themselves over ensuring you don't starve in the street like a filthy animal.
Sad.
Is there a free alternative to this ideally community owned and open source?
I'm not sure what you are hoping from "free", "community owned", and "open source".
They make mills and lathes. They are really nice little machines, great for hobby use. We have one lathe from them in our hackspace for example, and it is a delight. Of course you have to understand the limitations of the tool, but that is true for every machine.
That being said, it is just a lathe. There is nothing particularly complicated about it. At least not at their complexity level. If you can manufacture machine tools you can make one very easily. If you don't have the manufacturing capability you won't.
The reason i'm saying this is because "free as in freedom" and "open source" are properties of plans / source code. If you happen to have a lathe factory, the lack of a lathe plan is not going to stop you. You are just going to design one for yourself. And if you don't have a factory which can make a lathe, then why do you care about plans for a lathe being open source?
I guess the factory itself could be "community owned". If you have a business plan, or a large pile of cash, now is the time to approach them that you want to buy everything from them. But I'm not sure how "community owned" would even work for this use case.
Basically what I'm saying this is hardware, not software. The terms you use don't make much sense in this case.
the sherline designs aren't particularly notable, and they're pretty easy to replicate if you have working machine tools that are larger. any machinist could make a sherline mill or lathe, but without that floorspace and capex and skill, one really can't.
I spent overly long trying to learn on sherline tools and once I gave up and bought a Bridgeport and an old Logan, I realized that I was just banging my head against the limitations of the tools.
the value they had was that they were cheaper than the smaller version of the standard toolroom machines, and they were a way to bootstrap yourself without having the heavy power and the floorspace. so pretty much the storefront, not the IP. I still have their 4" rotary, and its actually not bad. the mill had a huge amount of flex in the column that made it pretty unusable for me unless you took really really tiny passes.
I had an old Unimat for a couple years, and while that was even _more_ dodgy than the sherline the fact that it was all steel and a combined mill/lathe made it a lot more interesting. would rather see some community standards for tooling on a platform like that. maybe a 50% larger so setup isn't so fiddly.