An EOS additive manufacturing 3D printer used to make a lot of our favorite latest/greatest suppressors runs over $100K. The engineer that's trained to operate it, design the suppressor, do materials analysis probably makes close to that a year (but hopefully more). The materials that go into it cost...whatever. Then there's taxes, infrastructure, utilities, marketing, web hosting, health insurance, people cost in other words. Point being, suppressors worth having don't cost $20 to make. Like ever.
I know for a fact that a popular 3D printed suppressor costs a dealer about $890. It sells for a good bit over $1K list before the tax stamp. Best guess given manufacturer to dealer markups, puts the manufacturing cost of the suppressor at north of $400.
And honestly, if they take the tax stamp away, it's supply and demand. Prices will go up as there will be more demand at least in the short term under normal economic conditions. State governments will likely win with increased sales tax revenue.
I know for a fact that a popular 3D printed suppressor costs a dealer about $890. It sells for a good bit over $1K list before the tax stamp. Best guess given manufacturer to dealer markups, puts the manufacturing cost of the suppressor at north of $400.
And honestly, if they take the tax stamp away, it's supply and demand. Prices will go up as there will be more demand at least in the short term under normal economic conditions. State governments will likely win with increased sales tax revenue.