Practical uses for 3d printers — parallax forums 76 gas card payment

IMHO, the key thing to understand here, is additive manufacturing is, itself, added to whatever processes you’ve got now. It’s not a replacement. Identifying small volume additive production cases can fund a printer and staff very quickly. Savings are significant. Returns, as in net new revenue, or net lower cost adding to margin, can be had in as little as a few months.

The vast majority of use cases today are jigs, fixtures, masks, and other recurring items needed for end part production. Some real end use part cases are viable now, and the strongest of these are small to low volume, produce on demand, frequent change type cases. AM is a clear, easy win for these, where they can be found. One interesting case that appears to be on the growth path is the prototype moving right to production one. Iterate a few times, and once the design meets requirements and performs, just continue with that process, perhaps making a small cell to improve on production. Should it grow and scale enough to exceed what can be done with a small print farm, the tooling needed is funded from the AM success. This is super cool. Lower barrier to entry for niche products.

On that note, AM is making it more possible to make sustainable businesses that serve thousands or maybe even hundreds of users. Lower barrier to entry, ability to make changes and nail a niche, lower or no tooling costs, all combine to make a smaller scale operation viable that wasn’t before.

We get a new polymer sent our way nearly every week right now! It’s nuts what is out there for use today. Open printers ( g-code machines), and open materials, (no DRM to limit source materials, or material sources) are disrupting established FDM norms in play today. Whole new game coming on line, and it’s a lot of fun right now!

IMHO, the key thing to understand here, is additive manufacturing is, itself, added to whatever processes you’ve got now. It’s not a replacement. Identifying small volume additive production cases can fund a printer and staff very quickly. Savings are significant. Returns, as in net new revenue, or net lower cost adding to margin, can be had in as little as a few months.

The vast majority of use cases today are jigs, fixtures, masks, and other recurring items needed for end part production. Some real end use part cases are viable now, and the strongest of these are small to low volume, produce on demand, frequent change type cases. AM is a clear, easy win for these, where they can be found. One interesting case that appears to be on the growth path is the prototype moving right to production one. Iterate a few times, and once the design meets requirements and performs, just continue with that process, perhaps making a small cell to improve on production. Should it grow and scale enough to exceed what can be done with a small print farm, the tooling needed is funded from the AM success. This is super cool. Lower barrier to entry for niche products.

On that note, AM is making it more possible to make sustainable businesses that serve thousands or maybe even hundreds of users. Lower barrier to entry, ability to make changes and nail a niche, lower or no tooling costs, all combine to make a smaller scale operation viable that wasn’t before.

We get a new polymer sent our way nearly every week right now! It’s nuts what is out there for use today. Open printers ( g-code machines), and open materials, (no DRM to limit source materials, or material sources) are disrupting established FDM norms in play today. Whole new game coming on line, and it’s a lot of fun right now!

IMHO, the key thing to understand here, is additive manufacturing is, itself, added to whatever processes you’ve got now. It’s not a replacement. Identifying small volume additive production cases can fund a printer and staff very quickly. Savings are significant. Returns, as in net new revenue, or net lower cost adding to margin, can be had in as little as a few months.

The vast majority of use cases today are jigs, fixtures, masks, and other recurring items needed for end part production. Some real end use part cases are viable now, and the strongest of these are small to low volume, produce on demand, frequent change type cases. AM is a clear, easy win for these, where they can be found. One interesting case that appears to be on the growth path is the prototype moving right to production one. Iterate a few times, and once the design meets requirements and performs, just continue with that process, perhaps making a small cell to improve on production. Should it grow and scale enough to exceed what can be done with a small print farm, the tooling needed is funded from the AM success. This is super cool. Lower barrier to entry for niche products.

On that note, AM is making it more possible to make sustainable businesses that serve thousands or maybe even hundreds of users. Lower barrier to entry, ability to make changes and nail a niche, lower or no tooling costs, all combine to make a smaller scale operation viable that wasn’t before.

We get a new polymer sent our way nearly every week right now! It’s nuts what is out there for use today. Open printers ( g-code machines), and open materials, (no DRM to limit source materials, or material sources) are disrupting established FDM norms in play today. Whole new game coming on line, and it’s a lot of fun right now!