Fuse X1, Formlabs' newest industrial SLS (selective laser sintering) 3D printer. This large format SLS printer delivers huge parts same day, at half the cost and 3x the throughput of the competition. Plus, it’s backed by the quality and reliability of Formlabs. Watch the Fuse X1 product keynote piped.video/yhmRURZKdA8 Learn more about the Fuse X1 bit.ly/4vAR4Dp Fuse X1 features: ⚫️ 330 × 330 × 565 mm build volume, with 30%+ packing density ⚫️ 50% lower part cost versus legacy industrial SLS and MJF printers ⚫️ AI-powered Print Intelligence failure prevention ⚫️ One-hour installation, five-minute print changeovers, intuitive workflow requiring no dedicated operators ⚫️ Less than half the footprint versus legacy industrial SLS and MJF printers #formlabs #FuseX1 #3DPrinting

TPU 90A Powder is a tough elastomer with high elongation at break and superior tear strength for flexible, resilient, and skin-safe prototypes and end-use parts. For more information, visit formlabs.com

Have you ever wanted to print your own drone? Formlabs and Building Momentum, a drone-specialist and tactical education provider, will walk you through how 3D printing is used today and provide step-by-step instructions for building an advanced, tactical-ready drone using 3D printing. Watch the free step-by-step guide here: piped.video/watch?v=bMxwsmGj…

We're working w/ 3 hospitals around the US to 3D print swabs for #COVID19 testing. ~300 can be printed per build w/ the same material as Surgical Guide Resin. This is undergoing clinical evaluation. Between Formlabs + our volunteer network, we have 1,000 printers ready to help.

The #FormlabsAutomation Ecosystem has arrived!🔑 a whole🏆level of productivity by automating your #3dprinter fleet, minimizing cost per part with labor savings of up to 80% & building a multi-print queue that will continue to run 24/7 without an operator! formlabs.com/blog/formlabs-a…

A 3D printer is an excellent tool for bringing your ideas to life! Formlabs extensive material library includes +45 materials, tailored to meet the demands of various applications. Here are some of our top flexible materials: IBT Flex Resin BioMed Flex 80A Resin BioMed Elastic 50A Resin Silicone 40A Resin Flexible 80A Resin Elastic 50A Resin TPU 90A Powder Find more information about our 3D printers and materials here: bit.ly/3XgspVl

We heard you out and eventually decided to push the boundaries of what's possible with 3D printing. It may have been a mistake... Here's what we used: 🦷 Denture Teeth Resin 🧪 Soft Tissue Starter Pack 😱️Pure Nightmare Fuel We are very sorry.

3D Printed Tools for Prototyping and Low Volume Sheet Metal Forming: Metal manufacturing is essential for all areas of the economy. Because of their strength, stiffness, and long-term durability, metal components are used in applications from appliances to construction parts and car body panels. Traditional metal manufacturing techniques include forming, casting, molding, joining, and machining. Sheet metal forming involves various processes where force is applied to a piece of sheet metal to plastically deform the material into the desired shape, modifying its geometry rather than removing any material. Sheet metals can be bent or stretched into a variety of complex shapes, permitting the creation of complex structures with great strength and a minimum amount of material. In this article, learn the basics of sheet metals, the various sheet metal forming processes, and how to reduce the cost of sheet metal forming with rapid tooling and 3D printed dies. For a detailed overview and the step-by-step method, watch our webinar or download our white paper: formlabs.com/blog/sheet-meta… Research conducted by Shane Wighton. Check out the fantastic 15-minute video related to sheet metal forming on his YouTube channel 'Stuff Made Here'! Its top-notch engineering content. Full educational video here: piped.video/watch?v=8cNeAOpR…. Credits also to our Senior Application Engineer Juliette Combe, who consistently delivers valuable assets for Formlabs.

Shane Wighton, from the YouTube channel Stuff Made Here, used 3D-printed tooling to form a sheet metal component as part of a concept validation process. Metal manufacturing is essential for all areas of the economy. Because of their strength, stiffness, and long-term durability, metal components are used in applications from appliances to construction parts and car body panels. Traditional metal manufacturing techniques include forming, casting, molding, joining, and machining. Sheet metal forming involves various processes where force is applied to a piece of sheet metal to plastically deform the material into the desired shape, modifying its geometry rather than removing any material. Sheet metals can be bent or stretched into a variety of complex shapes, permitting the creation of complex structures with great strength and a minimum amount of material. Sheet metal forming is the most cost-effective forming procedure today for manufacturing parts in large quantities. It can be highly automated in factories or, at the other end of the spectrum, manually operated in metal workshops for small series parts. It is a versatile, consistent, and high-quality procedure to create accurate metal parts with limited material waste. From metal cans to protective housing for hardware, parts created by sheet metal forming are found everywhere in our daily lives. In this article, learn the basics of sheet metals, the various sheet metal forming processes, and how to reduce the cost of sheet metal forming with rapid tooling and 3D printed dies. For a detailed overview and the step-by-step method, watch our webinar or download our white paper: formlabs.com/blog/sheet-meta… Research conducted by Shane Wighton. Check out the fantastic 15-minute video on his YouTube channel 'Stuff Made Here'! its top-notch engineering content.: piped.video/watch?v=8cNeAOpR…

A 3D-printed mold was used to make a silicone part for a biosensing headset, made with Formlabs SLA printers using Clear Resin. OpenBCI offers accessible, high-quality headsets, boards, sensors, and electrodes for biosensing, neurofeedback, and brain–computer interface research

Formlabs Clear V5 Resin is not only significantly less prone to yellowing compared to its predecessor, Clear V4, but also delivers greater clarity, up to 3× faster print speeds, and enhanced toughness with double the elongation at break and 25% higher impact strength.

Support removal just got easier. PreForm 3.44 introduces Bundled Supports, a new option that groups support pillars into independent bundles instead of an interconnected structure. This makes it easier to grip and remove supports one at a time, especially for large surfaces or tricky cavities, while leaving a finer surface finish with less post-processing. Try it out in PreForm 3.44 and let us know what you think. Learn more about the new features here: bit.ly/42GHTGa

We’re giving away a #Form3. Here’s how you can enter! 🔁 Reshare this post and tell us how you would use the Form 3 #️⃣ Use the #ScaleWithForm3 hashtag 🏆 We will randomly select a winner 📑Terms & conditions: bit.ly/2YNexm6

Introducing the Form 3 and Form 3L, Powered by Low Force Stereolithography bit.ly/2JNlujY

Short-run injection molding bridges prototyping & mass production affordably. PSYONIC shows how 3D-printed molds create their first touch-sensing bionic hand, boosting human & robot capabilities. #InjectionMolding #RapidTooling #BionicHand #3DPrinting #Psyonic #formlabs

The Form 4L is a blazing-fast, large-format SLA 3D printer with a reliable, accurate print engine to turn your biggest ideas into reality. Build volume: 353 x 196 x 350 mm (13.9 x 7.7 x 13.8 in). Great video by Karl Eriksson

The Form 4 Ecosystem is here. Discover next-gen resin 3D printing with Low Force Display™ tech, faster prints, expanded materials, and unmatched reliability. Join our YouTube Premiere event @ 9AM EST: piped.video/Pa1GyOdhKnA #Formlabs #Form4 #3DPrinting

3D-printed components from Galea, the most advanced biosensing headset developed by OpenBCI. Printed on the Formlabs Fuse 1+ SLS printer using Nylon 12 White in an inert atmosphere. Learn more about 3D printing at Formlabs.com

Explore the latest end-to-end 3D printing solutions at RAPID + TCT! Join us at booth 2508 to see the blazing fast and open Form 4 and Form 4L and the truly rapid Fuse 1+ 30W for SLS 3D printing in action. We’ll have live demos of both ecosystems in the booth all show. From 99% reliable resin 3D printers to a streamlined, automated SLS ecosystem, join us to explore the latest technology, groundbreaking materials, and easy, efficient workflows. Level up your experience with an informative session on investment casting. Learn how Form 4 and Form 4L can be used to produce patterns quickly, efficiently, and at low cost. Plus, explore the stories of two users using the new workflows to deliver parts in record time, and compete with @3dprintingnerd to hammer in 3D printed nails faster!

We’re producing up to 150,000 swabs per day with 250+ printers at our FDA-registered facility in Ohio to address the stockouts facing hospitals. Over a weekend, @USFHealth & @NorthwellHealth developed prototypes that received a variety of hospital approvals.

Introducing Elastic Resin: A Soft, Resilient 3D Printing Material bit.ly/2SEcEET

See how texturing your models with our free online texturing engine can improve the surface finish of your 3D printed parts with no added post-processing or cost! Try Meshy: bit.ly/3Rags19

Reduce post-processing time with Low Force Stereolithography. Lower print forces allow for light-touch support structures that tear away with ease, delivering a flawless finish for production-ready parts. bit.ly/2JNlujY

3D printing without support structures is incredibly satisfying, especially when using Formlabs TPU 90A with a low 20% refresh rate. This allows for printing with 80% recycled powder, significantly reducing waste. 3D printed on a Formlabs Fuse 1+ SLS printer, and designed using GesPodo SPRL software solution. For more details about SLS printing, visit: bit.ly/4eUkeoH

With the launch of the Fuse 1 and Form Cell, we’re putting the means of production in your hands: bit.ly/2rzxqsA #DigitalFactory17

3D printed with a shore hardness of 40A. Material: … Formlabs Silicone 40A Get a free 3D printed sample made with silicone 40A here: formlabs.com/request-sample-…

Bringing short-run injection molding into the product development process can be a boon for many engineering teams. When starting off creating a new product, producing smaller batches of end-use parts using rapid tooling is an effective and affordable way to bridge the gap between prototyping and mass production with expensive hard tooling. Special credits to the PSYONIC team for sharing in this video how they use 3D printed molds for their ability hand. PSYONIC is offering the first touch-sensing bionic hand for supercharging humans and robots with advanced capabilities.

Because the unfused powder supports the part during printing, there's no need for dedicated support structures. This makes it easy to design print-in-place assemblies—enabling unique, integrated parts that require no additional hardware and come out of the printer fully assembled. Our Nylon 12 sample part demonstrates many of these capabilities, featuring multiple moving printed-in-place components and fine details that highlight the minimum feature size achievable with the Formlabs Fuse 1+ 30W. Request a free sample here: formlabs.com/request-sample-…

Can a 3D printed drill bit actually cut into wood? We tested three materials: Generic PLA, Tough 2000, and Rigid 4000, to find out which one could handle the heat, pressure, and torque. SPOILER: thermoplastics like PLA start to soften pretty quickly. But with a high-stiffness thermoset like Rigid 4K, the results might surprise you. Think Rigid 10K will outperform it? Drop your predictions in the comments and stay tuned for part 2. Request a free Rigid 4000 sample part here: bit.ly/4j9mIlE

We're thrilled to announce today we have closed on funding from @NEA, valuing the company at over $1 billion and have added @JeffImmelt to our board of directors bit.ly/2vrMb34

In SLS 3D printing, the unused powder acts as a support material during the printing process, eliminating the need for additional supports and enabling the production of highly intricate and complex designs. The unused powder can be recycled and prepared for the next print job, which reduces material waste. It is advisable to maintain a refresh rate that matches the packing density of the build chamber to achieve optimal waste reduction. The part showcased in this video is an orthosis designed with 3D-Up! Request a free SLS sample part: bit.ly/4eeliDr

The upper extremity scan takes just 10 milliseconds—so fast that the hand’s mesh is captured before you can even blink, making it ideal for perfectly fitting 3D-printed braces and splints. Manometric is revolutionizing the patient journey with custom-fitted splints and braces, where Formlabs SLA and SLS 3D printers play a crucial role. Learn more about SLS for production: bit.ly/3XtXPrf

Formlabs BioMed Durable Resin is a transparent 3D printing material for biocompatible applications that require impact, fracture, and abrasion resistance. This USP Class VI certified material is suitable for use in applications involving long-term skin contact (> 30 days), mucosal contact (> 30 hours), and short-term contact with tissue, bone, and dentin (< 24 hours). BioMed Durable Resin is manufactured in our ISO 13485 certified and FDA-registered facility and is also USP Class VI certified, making it suitable for pharmaceutical and drug delivery applications Learn more about BioMed Durable: bit.ly/4g7CKvh

For the past 13 years, Formlabs has set out to build the tools that make it possible for anyone to bring their ideas to life, but over the years, we’ve realized that not every idea deserves a place in this world. Introducing DeForm 1, the world’s first additive subtractive manufacturing solution—empowering the unbuilding of ideas. With this revolutionary tool, Formlabs is expanding our mission, building the tools that make it possible for anyone to take their bad ideas out of this world. Learn more: formlabs.com/blog/deform-1 #3dprinting #formlabs #aprilfools #april1st #aprilfools2025

1,856 3D printed parts in just 6 hours and 36 minutes! We just launched our new, blazing-fast large-format SLA printer, and Formlabs is finally open! Form 4L is ready to take on the biggest challenges with prints in less than 6 hours with its blazing speed, and unmatched reliability. Form 4L’s versatility and ease of use make it the perfect choice for fast prototypes or full-scale production parts. Build volume is 353 x 196 x 350 mm! More info about the new printer here: bit.ly/3YJRHgk 3D printed Nasal Swab designed by USF Health and Northwell Health.

For the first time, you can 3D print in color on the Form 2! Introducing the new Formlabs Color Kit: bit.ly/2iWGRCC

Printed on the Formlabs Fuse 1+ SLS printer using TPU 90 A Powder. More information about 3D printing at formlabs.com The design was created by Miranda Chapman, clinical lead & clinical CAD designer at Peke Waihanga.

Nylon 12 Powder is a general purpose, versatile, and biocompatible material with high detail and great dimensional accuracy. It is ideal for both functional prototyping and end-use production of complex assemblies with high environmental stability. Designed by Pathfinder Systems

SLS is a great option for printing complex assemblies, particularly print-in-place models. The underlying powder supports each layer, meaning you don't need supports and orientation does not matter. Here is a fun 3D printed vise made on the Fuse 1+. Fuse: bit.ly/3W4x0ZU

Introducing the Form 2: The most advanced desktop 3D printer ever created. piped.video/Ak4kgiSvgN8

Big parts, blazing fast. Introducing Form 4L—Our new, blazing fast large-format SLA printer. Form 4L has a 4.6x larger build volume than Form 4 for prototypes or high-throughput production parts that always fit. To tie it all together, Formlabs SLA and SLS ecosystems are now finally open. Learn more about Form 4L: bit.ly/485HOfW

Confidence in every print! The Formlabs Form 4L redefines reliability, accuracy and speed for large-format SLA printing.

Selective laser sintering (SLS) is an additive manufacturing (AM) technology that uses a high-power laser to sinter small particles of polymer powder into a solid structure based on a 3D model. SLS 3D printing has been a popular choice for engineers and manufacturers for decades. Low cost per part, high productivity, and established materials make the technology ideal for a range of applications from rapid prototyping to small-batch, bridge, or custom manufacturing. Recent advances in machinery, materials, and software have made SLS printing accessible to a wider range of businesses, enabling more and more companies to use these tools that were previously limited to a few high-tech industries. Learn more about 3D printing at Formlabs.com

Big news—We’re excited to announce that Formlabs has acquired @micronics3d. This will accelerate our combined mission to make SLS 3D printing even more accessible, affordable, user-friendly, and faster than ever before. We welcome Micronics’ founders, Henry Chan and Luke Boppart, into the Formlabs family where they will join our R&D team to help Formlabs deliver the most reliable, versatile and intuitive SLS 3D printers to our customers. To learn more about this exciting news, read our announcement and watch this video with Formlabs co-founder and CEO @MaxLobovsky and Micronics’ co-founder and CEO Henry Chan: piped.video/watch?v=WJ0Uknlw…

.@NorthwellHealth has provided Formlabs w/ STL files that may allow one ventilation system to be used with more than one patient to expand capacity. Northwell Health is currently finalizing files & writing clinical protocols before Formlabs shares them w/ the medical community.

Announcing $35 Million in Series B funding led by @FoundryGroup + @bfeld, plus @Autodesk investment & collaboration bit.ly/2aT8LdR

250 parts, 45 hrs of printing, and a whole lot of passion: How one man 3D printed a scale model of a Porsche engine bit.ly/2tj3eBQ

Formlabs is working with a leading Boston hospital, Arthur Blume, Eugene Mann, & hundreds of volunteer designers + engineers to adapt a full face snorkel mask to fit a filter already in use for breathing circuits and in hospitals.

We want to connect our community with those who have engineering, clinical + #3dprinting resources in the fight against #COVID19. Fill our form below if you are: ✅Interested in volunteering time + printers ✅Working on projects which require printed parts bit.ly/2WzXlCj

Formlabs is excited to offer Ceramic Resin, the first affordable ceramic 3D printing material for the desktop, now shipping in North America and Europe: bit.ly/2KMbWCd

High performance, now up to 2x faster. Meet the Fuse 1+ 30W, our newest SLS 3D printer. bit.ly/3utD3dO

Today, we’re excited to announce that we have raised a $150m Series E led by SoftBank Vision Fund 2, doubling our valuation to $2bn We started in 2011 with a dream & a @Kickstarter. Today, we have a team of 600+ employees & have shipped 75,000+ printers bit.ly/3bDmRxb

Castable Wax Resin, the newest addition to our library of Jewelry Resins for 3D printing, is now shipping! buff.ly/2ukDBCV

SLS post-processing reinvented! Introducing @Formlabs Fuse Blast: the advanced, automated solution for SLS 3D printed parts. Reduces labor time by 80%, delivering semi-gloss finish parts in as little as 15 minutes! formlabs.com/blog/fuse-blast… #formlabs #FuseBlast #3dprinting

Introducing Formlabs Butter Resin, where culinary arts meet additive manufacturing. Now, anyone can bake anything with precision. 3D print perfectly rectangular sticks of butter to 0.05mm tolerances. Perfect amounts, nothing more. #Formlabs #3DPrinting #ButterResin #AprilFools

RAPID Day 1 Done! Join us at booth 2508 to see the blazing fast printing in action. We’ll have live demos of both ecosystems in the booth all show. Join us to explore the latest technology, groundbreaking materials, and easy, efficient workflows. Learn how Form 4 and Form 4L can be used to produce patterns quickly, efficiently, and at low cost. Plus, explore the stories of two users using the new workflows to deliver parts in record time, and compete with @3dprintingnerd to hammer in 3D printed nails (again). Thank you to everyone who participated today!

Alumina 4N Resin is the most affordable and user-friendly ceramic 3D printing solution on the market, with a 10x lower starting price compared to the leading alternatives. With Alumina 4N, you can now make complex designs in a technical ceramic material that was previously impossible with traditional methods. This breakthrough material is pushing the boundaries of what’s possible in industries requiring high-performance ceramic parts. What would you like to see us print next with this revolutionary material? Read the Alumina 4N Resin blog post: bit.ly/4dy3zXJ

Announcing Form Wash & Cure, a complete system for post-processing SLA 3D prints: bit.ly/2qSrhHq #3Dprinting

Meet the Form 3+ and Form 3B+, now shipping to customers across the world. bit.ly/3oXg2NP

Announcing a new line of Engineering Resins for #3Dprinting: welcome Tough, Durable, High Temp, and Flexible! bit.ly/eng-resins

Turn your digital sculptures into metal figurines with our latest moldmaking tutorial: bit.ly/2gj4iED

We launched a new, blazing-fast large-format SLA printer! Form 4L is ready to take on the biggest challenges with prints in less than 6 hours with its blazing speed, and unmatched reliability. Form 4L’s versatility and ease of use make it the perfect choice for fast prototypes or full-scale production parts. Learn more about the Form 4L here: formlabs.com/3d-printers/for…

Here's how ⚡️Avance Design⚡️used the @formlabs Flame Retardant resin to cut out multiple steps, & went from CAD design ➡️ finished part MUCH quicker. 👉 formlabs.com/blog/avance-fla… #formlabs #flameretardant #3Dprinted #3dprintingindustry

The part shown in the video is 3D printed with Formlabs Clear V5 Resin, using a layer thickness of 50 microns, highlighting the surface quality and fine details achievable with SLA technology. Formlabs Form 4L is a blazing fast masked SLA 3D printer that combines an industry-leading materials library, easy workflows, and a reliable, accurate print engine. Build Volume: 353 x 196 x 350 mm (13.9 x 7.7 x 13.8 in) For more information, visit formlabs.com

Formlabs Flexible 80A Resin a stiff, soft-touch, translucent elastomer with an 80A Shore durometer that is ideal for prototyping rubber-like parts with the flexibility of harder rubber or TPU. Parts printed in Flexible 80A Resin can withstand bending, flexing, and compression, even through repeated cycles

Introducing Nylon 12 White Powder, engineered for producing detailed, durable and customizable end-use parts with high contrast. Nylon 12 White Powder is ideal for dyeing to match brand aesthetics for consumer-facing parts as well as medical applications for devices and models. Learn more about Nylon 12 White Powder: bit.ly/4eHzXrH

We have received Emergency Use Authorization from the @US_FDA to #3Dprint bi-level positive airway pressure adapters designed by @NorthwellHealth. These adapters convert BiPAP machines used for patients suffering from sleep apnea, into functional invasive mechanical ventilators.

How it started: How it’s going:

3D Printing Wallets: Lockcard is a fast-growing startup based in the south of Germany that aims to develop wallets with the smallest possible dimensions. Co-founder Aaron Rau was growing frustrated with the lack of wallet options that were sleekly designed and affordable, yet didn't take up too much space in his pocket. That’s how the Lockcard Wallet was born. Since releasing the keyplate, previously known as the lockcard, in 2020, they have developed a number of other modules, such as cash compartments and AirTag extensions, and have sold over 100,000 products. At Lockcard, the Formlabs Fuse Series SLS 3D printers are an essential part of the business model; they are used as prototyping tools but also to produce end-use parts sold to customers. The product development process always starts with an idea. However, at Lockcard, the steps that follow this idea are sped up thanks to the Fuse Series printers. Rau says that once they develop the CAD model, the prototyping process is very quick. They can print many iterations of the same project thanks to the large build chamber of the Fuse SLS 3D printer and move on to final production significantly faster than if they used different manufacturing methods for the different production steps. The team at Lockcard is constantly looking to optimize their daily operations, which they share the results of on their numerous social media pages. Many of those optimizations include the use of the Formlabs Form 3+ SLA 3D printer. With Tough 2000 Resin, which Rau appreciates for its strength, the engineering team can print parts that allow them to build fixtures and assemble their products more efficiently. The resin's excellent deformation resistance makes it ideal for these types of parts that need to remain stiff even under pressure. Learn More: bit.ly/4f1Tinb

Reverse engineering is a powerful way to create digital designs from a physical part, and can be a valuable tool in your prototyping toolkit alongside technologies like 3D scanning and 3D printing. Here's the step by step process -> bit.ly/2PxyKM3

This clear anatomical hand was 3D printed on Form 4 in less than 4 hours, using a simple method to produce multi-material prints. What would you like to see printed in Clear Resin? Get a free Clear sample part: bit.ly/4cTIR3v

We should not expect the same performance from a 3D printing polymer mold as from a machined metallic one! Critical dimensions are harder to meet, cooling time is longer because the thermal transfer occurs slower in plastic, and printed molds can break under heat and pressure. However, companies across multiple industries are continuing to implement 3D printed molds, with Formlabs hardware and materials, into their short-run injection molding workflows, enabling them to quickly produce hundreds to thousands of parts. From designing functional prototypes with end-use materials, to fabricating parts during pilot production, or manufacturing end-use parts, 3D printing injection molds is a cost-effective and quick way to produce parts in limited quantities. More free info related to 3d printed molds for IM here: formlabs.com/applications/in…

Add color to your SLS prints without losing strength. Dyeing is a low-cost way to bring vibrant hues to Nylon 12 White Powder parts on the Fuse 1+ 30W. We tested 4 dyeing methods and shared real-world results + a customer workflow. Read the full guide: bit.ly/473I6E6

It’s no joke. We have big news tomorrow. bit.ly/2OyazJD

Print industrial-quality parts fast with Form 3L, the first affordable large format resin 3D printer with five times the build volume of our desktop 3D printers. bit.ly/2UZOxSk

Stop turning the 3D scanning process into a race against time! Take your time and ensure good scan quality! Spentys is advancing so fast with software solutions that even bad scans or automating the complete design process is no longer a problem. And with Formlabs affordable, accurate, and reliable 3D printers and materials, any idea can be manufactured the same day! 3D printed on the Formlabs Form 4BL with BioMed Durable. Print time: 2 Hours 47 Minutes For more info on 3D printing, visit formlabs.com For more info on software for O&P, visit Spentys.com

Clear Resin V5 has been one of our most popular resins on Form 4. We've printed clear lenses, enclosures, anatomical models, and more, but we wanted to see if we can get Clear Resin V5 to be as clear as a common household item—a glass. This was just a visual proof of concept, so we even had to label it to avoid it being mistaken for a real glass and ending up back in the kitchen! Learn more about Clear V5: bit.ly/3zL1Waj

The #Form3 and #Form3L have been unveiled at #HannoverMesse! See it for yourself at Hall 6, G08. Join us at 6:30pm tonight for our special after-hours launch event. Register at bit.ly/2OtwWQw

When this part has been clinically-assessed and is ready to print, we will notify everybody in our community. If you would like to join our volunteer network and print parts for hospitals in your area, please sign up at bit.ly/2WzXlCj

Introducing the Form 3B, an advanced desktop 3D printer optimized for high quality dental parts and biocompatible appliances. bit.ly/2q2Ihiy

Learn how to add custom patterns to 3D printed parts with hydrographic dipping in our latest tutorial: bit.ly/2lj3zDb

New Balance needed a new shoe material. So we created it. bit.ly/2JbLBxl Introducing TripleCell from @NewBalance: a premium technology platform powered by Formlabs 3D printers and a completely new material, Rebound Resin. #FormlabsxNewBalance

Win a Form 2 or other prizes from @Wacom and @pixologic by entering @Pinshape's character modeling contest: bit.ly/2knJLzn

In honor of #AvengersEndgame, here are some of the cameos Formlabs printers have made in the Marvel Cinematic Universe.

In our latest video story, see how 7-year-old Nik was able to walk for the first time thanks to his father’s 3D printed invention: buff.ly/2JKmnbG

3D printing orthotic insole shells using Nylon 11 Powder with Formlabs SLS technology. Learn more on our insole webpage: bit.ly/4dxfAMx

The nasal swabs are medical devices and manufacturers are required to register and list with the FDA. Formlabs has FDA registered facilities where we will be printing them, and the hospitals we are working with will be printing on-site for their own needs. bit.ly/2QIwWOS

Using new Ceramic Resin, you can 3D print parts with a stone-like finish and fire them to create a fully ceramic piece. See how it works: buff.ly/2rPM9QJ

See what's next from Formlabs on April 2. bit.ly/2OyazJD

Did you know that Formlabs printers have 3D-printed parts made with Formlabs printers? Here are three examples you can find on the Form 4. Let us know if you would want to see more on how our printers work.

We’re pleased to announce the latest additions to our Engineering Resins library for the Form 2, Grey Pro Resin and Rigid Resin! bit.ly/2D7LHmo #CES2018

We 3D printed a transradial prosthesis designed by Brent Wright. The frame is printed in Formlabs BioMed Durable Resin, a transparent, fracture-resistant material, while the inner liner uses TPU 90A Powder, manufactured on the Fuse 1+ SLS ecosystem, to create a complex lattice structure without support structures, enhancing patient comfort. We’re currently evaluating the design and materials and will be sending the parts to PSYONIC, where they’ll integrate it with their product, the world’s first touch-sensing bionic hand! Stay tuned for Part 2, where we’ll showcase the touch-sensing bionic hand assembled to our 3D printed frame and liner. Read here how PSYONIC developed a bionic hand using additive manufacturing: formlabs.com/blog/psyonic-ad… Find here more info about the Ability Hand from PSYONIC: psyonic.io/ability-hand

🚨 New Product Launch! See what's dropping November 13th. 👉 Tune in to the keynote at 9AM ET / 3PM CET to catch the big announcement: bit.ly/47EjtOx

What's for breakfast? 3D print the perfect morning meal with help from our just-launched product line bit.ly/2nHOk6C

Look who dropped by to say hello at @CES ! Good to see you @joeltelling (3D Printing Nerd) 👋 #FormlabsAutomation #formlabs #CES2023

Next up. @nntaleb #DigitalFactory22

By providing detailed visualizations of cardiovascular anomalies, 3D printing empowers surgeons with crucial insights that can lead to more precise interventions and improved patient outcomes. In this video, you can see some advanced models developed by Samuel Guigo, Coordinator at WPRINT. The first model is a complex splenic artery aneurysm used for flow simulation. The second is a training model used by the neuroradiology unit at CHU de Brest, where annual simulation sessions in mechanical thrombectomy are conducted using 3D printed models. These models were printed on a Formlabs SLA printer using Flexible 80A resin, offering excellent transparency and flexibility. Find out more about 3D printing at formlabs.com

Learn about our software integration with @pixologic's Zbrush and how to 3D print your sculptures with one click: bit.ly/2iBbbxT

In 24 hours, two Formlabs 4L printers produced 7,280 aligner molds—showing that even a compact cell can deliver high-throughput dental manufacturing. The setup can support up to eight Formlabs 4L machines. Special thanks to our partners at DHR Engineering.