FUGO Precision 3D

the next revolution #3dprinting

@t3nable not yet. launching our beta program to select labs later this year. stay close. fugo3d.com

@fugo3d Selling machines yet?

With all the advancements in additive 3D, where is the breakout company revolutionizing the dentures industry? They are essentially unobtainable for the average senior on a fixed income.

@Burningems live footage from inside the printing drum.

@fugo3d I like how you spin it..

this machine generates up to 2,000 Gs of centrifugal force. it's about 5 feet tall. it fits in a dental lab. it also works on the Moon. that's the whole pitch.

@NoahKingJr Hi Elon, we made a 3d printer that works on Mars.

If Elon Musk followed you on twitter, what's the first thing you are texting him?

@t3nable no hand-offs between machines. 90% of the workflow eliminated. when you cut the labor, the machines, and the material markup, the cost to the patient drops with it. that's the whole point.

@t3nable right here. our patented system prints multi-material builds in a single cycle, so a denture base and teeth can be produced together in one machine. print, wash, dry, cure, all automated.

@YordanInga @ChazMakes

@fugo3d @ChazMakes oh?

What's been going on lately in the 3D Printing scene? I'm out of the loop.

it's fine. the printer doesn't care about impressions. it just spins at 2,000 Gs. unbothered.

the hardest part of building a startup isn't the technology. it's posting on twitter every day knowing 19 people will see it and pretending that's fine.

we generate artificial gravity inside a sealed chamber using extreme centrifugal force to reshape liquid polymers into precision objects. honestly even the real version sounds illegal.

explain what your company does but make it sound like a crime

dental labs: what resin brand do you wish you could use but can't because your printer won't support it? asking for a printer that works with all of them.

we built an adaptable platform because the best material for your application might not come from us. and that should be your choice, not ours.

if your 3D printer only works with one company's resin, you don't own a printer. you own a subscription to someone else's material ecosystem. resin costs 40-60% more in closed systems. every advance in materials science from another manufacturer? locked out. your printer, their rules. ours is adaptable with all major market photopolymers. dual resin reservoirs. purge cycle in 15-25 minutes. use what works for your application, from any manufacturer. the printer should serve the lab. not the other way around.

dental lab owners: what's your biggest bottleneck right now? staffing? turnaround time? material costs? post-processing? equipment downtime? genuinely asking. we built something that addresses most of this list and want to know which pain point hits hardest.

for context: the average dental lab workflow requires 4 separate machines and a trained technician managing each hand-off. every transfer is a contamination risk, a breakage risk, and a labor cost. we eliminated the transfers. one machine handles the full cycle. the technician shortage is real. the solution is automation, not recruitment.

the dental lab industry lost two-thirds of its accredited training programs in 40 years. there are fewer technicians entering the field every year. wages are rising. demand is rising faster. the answer isn't hiring more people. it's needing fewer. one machine. print, wash, dry, cure. 90% of the workflow automated. labor costs cut by up to 80%. we built the printer that lets dental labs scale without scaling headcount. launching soon.

@NASA @NASAMoonBase if they're living and working there long-term, they're going to need to precision manufacture replacement parts on-site. in 1/6th Earth gravity. we built the printer for that.

We're building a Moon Base! @NASAMoonBase will serve as a habitat where astronauts live and work during long-term science missions. Join us at 2pm ET on Tuesday, May 26, for a live news event where we’ll share updates on our lunar exploration plans: go.nasa.gov/4uinkLi

every 3D printer on the ISS fights microgravity. ten years of plastic wrenches and test coupons that had to be returned to Earth because nobody could confirm quality up there. ours doesn't fight gravity. it generates up to 2,000 Gs of its own. material stays submerged in resin. precision photopolymer parts, not plastic tools. you don't ship spares and hope. you print exactly what you need, at a quality you can trust without sending it home first.

JUST IN: SpaceX to reportedly build a 10,000,000,000-watt solar manufacturing facility near Austin to help power AI data centers in space.