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Is This the End of Affordable SLS 3D Printing?

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Selective Laser Sintering (SLS) printing has traditionally been out of reach for most small businesses and independent manufacturers, with high costs and complex workflows keeping it reserved for large-scale production. But with recent price drops, startups like micronics and accessibility improvements—especially with the Formlabs Fuse 1+ 30W—that’s changing fast.
In this video, we break down why SLS is now a viable option for more businesses and engineers than ever before. We also dive into the Micronics acquisition—a story that got the 3D printing community buzzing. Did Formlabs really buy out the competition to kill low-cost SLS? Or was this a strategic move to develop something even better? We examine what actually happened, separating fact from speculation.
Why Should You Care About SLS?
If you’re running low-to-mid volume production, need functional prototypes, or want a cost-effective alternative to injection molding, SLS printing is worth your attention. Unlike FDM (filament) printing, SLS doesn’t require support structures, allowing for high-density batch printing. That means you can pack as many parts as possible into the build chamber, hit print, and come back the next day to a completed run—without worrying about adhesion, supports, or warping.
With the Formlabs Fuse 1+ 30W, we’ve been batch-printing hundreds of parts at a time, including nylon 12, nylon 11, carbon-fiber-reinforced materials, and glass-filled composites—all with incredible precision and durability.
Is SLS More Cost-Effective Than Injection Molding?
For many businesses, the answer is yes. Consider this:
• A single injection mold for nylon parts can cost $10,000+—before you’ve even made a part.
• If you only need 10,000 parts or fewer, the total cost of an SLS system (printer, post-processing, and materials) can be lower than injection molding.
• SLS allows for rapid iteration and customization, something injection molding doesn’t offer.
By downloading Formlabs’ free software, you can even load in your parts and instantly calculate batch yield, print time, and material usage, making it easy to assess whether SLS makes sense for your production needs.
What Really Happened to Micronics?
When Formlabs acquired Micronics, a startup working on a sub-$10,000 desktop SLS printer, the internet erupted with claims that Formlabs was eliminating competition. But was that really the case?
Here’s what we know:
• Micronics was operating at an unsustainable price point. The margins likely wouldn’t have supported long-term operations, which could have led to failure or bankruptcy.
• Formlabs didn’t just buy the tech—they brought the founders onto their team. Instead of shutting down Micronics, they integrated the engineers into Formlabs’ SLS division, allowing them to continue developing next-generation SLS solutions.
• The official statement from Formlabs claims they acquired Micronics to “develop the next generation of accessible SLS.”
Could this mean an even more affordable SLS machine is on the horizon? Time will tell—but if there’s one thing we do know, it’s that SLS is more accessible now than it’s ever been.
Should You Invest in SLS?
For businesses that need functional, durable parts in materials like nylon, carbon fiber, or glass-filled composites, SLS offers a scalable and cost-effective solution. If you’re considering adding SLS to your workflow, now is the time to start evaluating your options.
Want to learn more?
📌 Watch our full SLS printing guide here: [Insert Link]
📌 Check out the Formlabs Fuse 1+ 30W: [Insert Link]
If you’re interested in using functional 3D printing materials for engineering, manufacturing, or prototyping, reach out to us at Vision Miner. We specialize in high-performance plastics like PEEK, ULTEM, PPSU, PPS, CFPA, and more, plus professional 3D scanning solutions to streamline your workflow.
📞 Call us at 833-774-6863
Follow Us for More
00:00 Introduction
00:17 Who is SLS 3D Printing for?
01:10 Is SLS good for Businesses?
03:29 SLS Metal, Polymer, etc
05:52 How we use the Fuse 1+ 30W in our own 22 IDEX Production
08:14 The Micronics Situation
13:50 Reach out, and we'll help you get set up :)
In this video, we break down why SLS is now a viable option for more businesses and engineers than ever before. We also dive into the Micronics acquisition—a story that got the 3D printing community buzzing. Did Formlabs really buy out the competition to kill low-cost SLS? Or was this a strategic move to develop something even better? We examine what actually happened, separating fact from speculation.
Why Should You Care About SLS?
If you’re running low-to-mid volume production, need functional prototypes, or want a cost-effective alternative to injection molding, SLS printing is worth your attention. Unlike FDM (filament) printing, SLS doesn’t require support structures, allowing for high-density batch printing. That means you can pack as many parts as possible into the build chamber, hit print, and come back the next day to a completed run—without worrying about adhesion, supports, or warping.
With the Formlabs Fuse 1+ 30W, we’ve been batch-printing hundreds of parts at a time, including nylon 12, nylon 11, carbon-fiber-reinforced materials, and glass-filled composites—all with incredible precision and durability.
Is SLS More Cost-Effective Than Injection Molding?
For many businesses, the answer is yes. Consider this:
• A single injection mold for nylon parts can cost $10,000+—before you’ve even made a part.
• If you only need 10,000 parts or fewer, the total cost of an SLS system (printer, post-processing, and materials) can be lower than injection molding.
• SLS allows for rapid iteration and customization, something injection molding doesn’t offer.
By downloading Formlabs’ free software, you can even load in your parts and instantly calculate batch yield, print time, and material usage, making it easy to assess whether SLS makes sense for your production needs.
What Really Happened to Micronics?
When Formlabs acquired Micronics, a startup working on a sub-$10,000 desktop SLS printer, the internet erupted with claims that Formlabs was eliminating competition. But was that really the case?
Here’s what we know:
• Micronics was operating at an unsustainable price point. The margins likely wouldn’t have supported long-term operations, which could have led to failure or bankruptcy.
• Formlabs didn’t just buy the tech—they brought the founders onto their team. Instead of shutting down Micronics, they integrated the engineers into Formlabs’ SLS division, allowing them to continue developing next-generation SLS solutions.
• The official statement from Formlabs claims they acquired Micronics to “develop the next generation of accessible SLS.”
Could this mean an even more affordable SLS machine is on the horizon? Time will tell—but if there’s one thing we do know, it’s that SLS is more accessible now than it’s ever been.
Should You Invest in SLS?
For businesses that need functional, durable parts in materials like nylon, carbon fiber, or glass-filled composites, SLS offers a scalable and cost-effective solution. If you’re considering adding SLS to your workflow, now is the time to start evaluating your options.
Want to learn more?
📌 Watch our full SLS printing guide here: [Insert Link]
📌 Check out the Formlabs Fuse 1+ 30W: [Insert Link]
If you’re interested in using functional 3D printing materials for engineering, manufacturing, or prototyping, reach out to us at Vision Miner. We specialize in high-performance plastics like PEEK, ULTEM, PPSU, PPS, CFPA, and more, plus professional 3D scanning solutions to streamline your workflow.
📞 Call us at 833-774-6863
Follow Us for More
00:00 Introduction
00:17 Who is SLS 3D Printing for?
01:10 Is SLS good for Businesses?
03:29 SLS Metal, Polymer, etc
05:52 How we use the Fuse 1+ 30W in our own 22 IDEX Production
08:14 The Micronics Situation
13:50 Reach out, and we'll help you get set up :)
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