Schlagwort: Formlabs

  • Formlabs Form 2 Review – Best Resin 3D Printer of Fall 2018

    Formlabs Form 2 Review – Best Resin 3D Printer of Fall 2018

    Reading Time: 12 minutes

    The Formlabs Form 2 is our pick for the “Best Resin 3D Printer of Fall 2018”. Check out our Formlabs Form 2 review to find out why.

    When it comes to 3D printing, FDM printers take all the glory; Ultimakers, Prusas, and Crealitys are talked about constantly. Their machines offer makers, hobbyists, and semi-pros great creative tools. But FDM printers aren’t the only choice when it comes to 3D printing.

    If you are looking for professional printers that can deliver stunning details, stereolithography (SLA) machines are the right choice.They work with resin instead of thermoplastics. As of 2018, there are cheap SLA machines targetting hobbyist – and then there’s the category of SLA 3D printers that can be found in labs, professional fabs, universities, and engineering spaces.

    Formlabs holds the number 1 position for several years now. At $3,500 / €3,925, their flagship 3D printer Form 2 doesn’t come cheap. But it’s a fraction of the price you would pay for a 3D Systems ProJet 6000 HD.

    Don’t Miss:

    Also for a desktop machine, the Formlabs Form 2 has a quite powerful optical engine. The 250mW violet laser is guided by custom-built galvanometers, delivering prints in impressive quality. For the purposes of this Formlabs Form 2 review, we didn’t encounter a single misprint.

    Formlabs Form 2 Review: Pros

    • Print quality is brilliant
    • Easy to setup and maintain
    • Great interplay of hard- and software
    • Reliable and predictable results
    • Good software slicer
    • Great user interface
    • Relatively silent operation

    Formlabs Form 2 Review: Cons

    • No print without post-processing
    • Not faster than FFF 3D printers
    • Standard support structures are very dense
    • Changing resin is easier than with the Form 1+, but still no trivial task
    • Consumables (resin and tank) and the printer are expensive

    Formlabs Form 2 Review: The Verdict

    If you’re looking for a reliable, professional, high-quality SLA 3D printer, look no further. The Formlabs Form 2 is a workhorse that delivers stunning results.


    This high-class SLA 3D printer isn’t aimed at the regular consumer who wants to dabble in 3D printing. It’s for people who have a clear use case and a budget — so we’re talking about semi-professional and professional users.

    However, this SLA 3D printer is an excellent machine for prototyping. The Formlabs Form 2 can be a valuable addition to an engineer’s office, a dental lab or a jewelry designer — it really does turn your ideas into reality. It even can be used to manufacture (very) small batches.

    What makes this SLA 3D printer interesting is the consistent quality. While FFF printers need a constant balancing of parameters, temperatures, filaments, and extruders, the Formlabs Form 2 just delivers without you having to worry about quality. If you remember the old “Get a Mac” Apple Ads  pointing out the differences between Apple and Windows-PCs — that pretty much sums it up.

    But there are drawbacks, and they have to do with SLA technology itself. First of all, working with resin means you will have to do some post-processing. Formlabs offers a special post-production kit for the Form 2, which we found expensive but invaluable.

    Secondly, neither the printer nor the resins are a steal. For most people, the price of $150 for a liter of resin is too high, and over the longer term the cost of consumables will add up. Thirdly, the print dimensions are limited to 125 × 125 × 165 mm — if you are prototyping in bigger dimensions, you have to search for alternative solutions.

    But if you are looking for a 3D printer that just delivers with (nearly) every single print, you have found your match.

    Formlabs Form 2 Review: The Long Read

    Before we dig deeper in this Formlabs Form 2 review, here’s a short preamble on the differences between an SLA 3D printer and FFF 3D printer.

    Fused Filament Fabrication (FFF) is the most common desktop 3D printer technology. A FFF printer feeds plastic filament into a heated extruder and prints layers with the molten material. FFF 3D printers are versatile machines and can use different materials. But most of them lack predictability when it comes to results.

    Exactly this predictability is one of the strengths of SLA 3D printers like the Formlabs Form 2. It points a high precision laser on a tray of liquid resin, which causes a thin layer to solidify. This chemical reaction allows for the creation of water-tight printed parts. The 3D printing speed is comparable to FFF machines when comparing layer thickness and density. SLA printers are also known for printing high-detailed objects.

    Formlabs Form 2 Review: Unboxing and Setup

    Setting up the Form 2 was a breeze. Our Formlabs Form 2 review sample came securely packaged. We found every part nicely labeled. There’s a helpful setup guide on the Formlabs website. Even if you’ve never assembled a printer before, you can do this in no time.

    Just put the printer on a flat and sturdy surface (a.k.a. “table”). The dimensions of the printer are 35 × 33 × 52 cm, which is big, but not huge compared to other 3D printers.

    Next, you open the orange cover and attach the build platform. If you are new to SLA 3D printers, you might be surprised to find that the build platform of the Formlabs Form 2 hangs upside down… that‘s because the object is “drawn out” of the resin, so to speak.

    Formlabs Form 2 Review Build Plate
    Formlabs Form 2 Review Build Plate

    After that, you put the resin tray in place and click in the tray wiper. The latter is an improvement over the previous generation Form 1-series. Every time a layer is finished, the print bed moves up a little. Then the wiper moves and makes sure the resin is spread equally on the tray. The result? You’ll get fewer misprints.

    After this step, you slide the Form 2 resin tank into the printer, plug in the power cord, and start the printer. The tray is automatically filled with resin. We didn’t have to do any calibration (unlike with the Form 1 and Form 1+).

    Last stop is adding the Formlabs Form 2 to your wireless network. As an alternative, you can use the USB- or Ethernet ports to transfer files.

    All in all, setting up the Formlabs Form 2 didn’t take us more than 1 hour.

    Formlabs Form 2 Review: Available Resin Types

    Formlabs Form 2 review materials
    Formlabs Form 2 review materials

    There are several resin types to choose from. The resins consist of methacrylic acid esters, photoinitiators, proprietary pigment, and other secret ingredients. If you are planning to use your own resins, you will run into problems — the cartridge system of the Formlabs Form 2 is proprietary.

    Formlabs offers two flavors of standard resins. The standard resins come in clear, white, gray, and black. A liter of these “bread and butter” resins costs €160 / $150 — that’s not exactly cheap.

    The second type of resins for the Formlabs Form 2 are functional resins. They also come in different flavors.

    • Tough Resin is good if you want to have more durable or resilient prototypes. The standard resin isn’t strong enough for daily use. They break easily. So this is the one you should order if you’re building functional parts. A 1-liter tank costs €160 / $175.
    • Flexible resin is bendable and compressible. You pay $199 for a liter.
    • Castable resin is made with jewelers in mind. The resin burns out without ash or residue. The price is $300.
    • Dental resin is Class 1 biocompatible. It’s designed to directly print surgical or pilot drill guides. If you don’t have a clue what that is, you’ll probably never need to order it. Price is a whopping $399.

    But wait, there are other consumables! First, there’s the resin tank, which — according to Formlabs — should be switched out every 2 liters of resin. A tank will cost you €66. It also comes with the wiper.

    You can also buy a second build platform if you want to speed up the workflow in an intensive use case scenario.

    Formlabs Form 2 Review: Software

    Form 2 Review Software
    Form 2 Review Software

    In our Formlabs Form 2 review process, we found the interplay between the software and hardware to be the real beauty of the 3D Printer.

    For 3D printing, you need a software slicer to tell the 3D printer what to do. Formlabs have developed their own tool called PreForm. As with other 3D slicers, it lets you import STL files, which are placed on the print bed and displayed in the software. PreForm also auto-repairs broken meshes.

    In most cases, you don’t want to 3D print your object directly on the build plate, as you might accidentally scratch it when you try to remove it. To prevent this, Preform invites you to add supports, which are customizable in density and strength. The support structures on the build plate are bent slightly upwards, so you can slide a removal tool under them — that’s clever!

    There‘s also a “One Click Print” button, which should be sufficient for most use cases. Unless your 3D object doesn’t fit the printer, you will probably not adjust the size. It’s also possible to place several objects onto the build plate and have it 3D printed in one go.

    The software auto-rotates the object and adds support structures where needed. If you’re happy with your results, the software will calculate the layers and give you an estimate on how many layers will be printed and how much resin you’ll need for it. One thing that was somewhat annoying; Preform only shows you the estimated printing time if you click on the field… this should be an easy option to add.

    The print is now transferred wirelessly to the 3D printer. If you‘re printing a highly complex and large model, calculating and transferring can take up a few minutes.

    To start the print, you have to press a button on the printer itself.

    The Formlabs Form 2 will retain most of the 3D prints you’ve already made, so you can start a new print without having to run to the computer again. It’s the little things like these that make this 3D printer a joy to use.

    The software can also notify you by mail when the print is finished — that‘s a thing you’d love to see as standard in many FFF 3D printers.

    If you’re designing 3D objects, you should know that the minimum supported wall thickness is 0.4 mm, and the unsupported wall thickness is 0.6 mm. A proper design guide can be found at the Formlabs site.

    Formlabs Form 2 Review: Printing

    It takes the Formlabs Form 2 considerable time to heat up the resin tray to 30 degrees Celsius / 95 degrees Fahrenheit. If you place the printer in a very hot or very cold environment, you might reconsider taking the printer to a more “moderate climate”. When the resin is at the right temperature, the build plate lowers itself into the resin-filled tray.

    You can keep track of your print on the touchscreen, on your computer, or even on a smartphone. Formlabs uses a ring in lieu of a progress bar. The outer ring shows the layers, the inner one the progress of the current layer. Also, there’s a constant time estimate of remaining print time.

    Over the course of our Formlabs Form 2 review, we found the graphical user interface of the printer to be extremely clear, helpful, and easy to understand. We also liked the LCD touch screen — it’s bright and responsive. The menu isn’t overloaded with information and displays the right choices at the right time. There’s only one button which is used for confirming actions and also serves as the power switch.

    Formlabs Form 2 Review Power Switch
    Formlabs Form 2 Review Power Switch

    The build speed is comparable to FFF machines when comparing layer thickness and density. It’s roughly 1-3 cm/hour along the Z axis when printing at 100 microns. The Formlabs Form 2 can 3D print in 25, 50, and 100 microns.

    Formlabs Form 2 Review: Post-Production

    Formlabs Form 2 Post Production
    Formlabs Form 2 Post Production

    Post-production is where SLA printing becomes ugly. If you‘re using an FFF printer, you just pluck the model from the build plate, and you’re usually ready to go. For SLA 3D printers like the Formlabs Form 2, that‘s not the case.

    As you’re printing with liquid resin, you will have to remove the print from the plate, immerse it in chemicals, then remove the supports. This can take up a considerable amount of time.

    Formlabs offers a finishing kit, which we found extremely helpful. It consists of a rinse station with two buckets, which you partially fill with isopropyl alcohol (IPA).

    Formlabs Form 2 Review Finishing Kit
    Formlabs Form 2 Review Finishing Kit

    Before you begin post-processing, you should wear protective gloves and eye protection. Avoid breathing in gas, mists, vapors or spray of resin — or any other chemicals — and wash your skin thoroughly after handling. Working with resin is considered to be relatively safe, but in some rare cases, skin irritations and allergic reactions have been reported.

    First, you should put on some rubber gloves. Be careful when removing the build plate. As it’s still covered with liquid resin, the “goo” has a tendency to drip. Next, you need the removal tool to slide it under the “quick release tabs” generated by the PreForm software. With larger prints, you’ll need to pry them firmly from the build platform.

    Next you rinse the print; drop it in the tank and leave it there for roughly 20 minutes. For smaller parts, reduce the soak time accordingly. A rinse bottle will help you clean any internal channels of your print.

    formlabs form 2 Post-Production 2
    formlabs form 2 Post-Production 2

    Allow the (still sticky) print to dry for several hours. As a final step, you remove the support structures with a pair of “flush” cutters. This can be demanding, as the Preform software has the tendency to make the supports a little stronger than needed in order to provide a good print.

    In our Formlabs Form 2 review process, we found that too many supports can leave ugly dots on your final print — if you want perfect results, you’ll have to experiment with the support structure settings and also clean them after removing the support. Also, we found it quite hard to remove supports that lie in the inner structures of a delicate print.

    You could even break some delicate pieces from your print, as we did in this example.

    Formlabs Form 2 Review Misprint
    Formlabs Form 2 Review Misprint

    You can then finish your prints by spraying them with acrylic paint, or post-cure them in UV lightboxes. Formlabs provide good support information on priming prints.

    Formlabs Form 2 Review: Wrapping up

    As we’ve stated several times in our Formlabs Form 2 review — this is a stunning machine! We were very impressed with the quality of results this SLA 3D printer delivered, and it did it constantly.

    There are some challengers to their crown. If you consult this list of competitors, you’ll find that most rival machines start at $5000 — so for small budgets, the Formlabs Form 2 stays “best in class.” The cheapest alternative we can recommend is XYZ Printing’s Nobel 1, which only costs $1,900, but is said to deliver less quality (we haven’t reviewed this printer yet).

    If you just want to print out high detail models only occasionally, you might be better off ordering from a 3D printing service. The costs of the consumables (trays, resin) for the Formlabs Form 2 add up and will dent a hole in a non-professional budget.

    But if you are looking for a reliable, professional, high-quality SLA 3D printer you can use on a daily basis, then look no further. The Formlabs Form 2 is a premium printer that delivers stunning results.

    License: The text of „Formlabs Form 2 Review – Best Resin 3D Printer of Fall 2018“ by All3DP is licensed under a Creative Commons Attribution 4.0 International License.

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  • New Ceramic 3D Printed Jewelry from Nervous System

    New Ceramic 3D Printed Jewelry from Nervous System

    Reading Time: 3 minutes

    Porifera is a new jewelry collection by Nervous System inspired by the forms of deep-sea glass sponges. It’s 3D printed using an experimental Ceramic Resin from Formlabs.

    Nervous System is a generative design studio that produces unique collections of art, fashion, jewelry, and housewares. What makes their work so unique? Because it bridges the worlds of computer science, maths, biology, and architecture, their artifacts made using emerging technologies and techniques.

    Case in point is their early adoption of an experimental Ceramic Resin from Formlabs. Using this new material, Nervous System is launching their first-ever 3D printed ceramic jewelry collection. It’s called “Porifera,” and the entire line is inspired by the forms of deep-sea glass sponges.

    The product line came together in just a few months, according to the studio, after they beta tested the latest formulation of the resin. Its genesis, however, is rooted in years of experimentation with various ceramic materials.

    “Ceramic materials are really beautiful and have nice qualities. They’re inexpensive and strong, and they have this nice tactile feel; they can be glossy or more earthy,” says Nervous Systems studio co-founder Jessica Rosenkrantz.

    “One of the things we’re most excited about is the ability to make objects you couldn’t make using any other ceramic technique.”

    Rosenkrantz explains that super thin interconnected three-dimensional structures can’t be cast, because the green state of most ceramic processing is very fragile.

    “But the green state of the 3D printing material is strong because it has resin in it. So we can make these super weird geometries that are super strong when they’re fired.”

    Nervous System Testing Multiple Concepts with Ceramic 3D Printing

    Exploring a range of concepts with ceramic 3d printing, Nervous System began with working on a tea set. After running into challenges printing the set’s cellular structures — and maintaining cost-effective production — they honed in on making a smaller product.

    “We knew that we wanted to work with a ceramic 3D printing material for a while, but we didn’t necessarily know what we wanted to make,” explains co-founder Jesse Louis-Rosenberg.

    “A teapot and cups are very large, so it’s hard to make them affordable, so we’re still working on that project. We wanted to start with something smaller, like jewelry.”

    In parallel to exploring 3D printing ceramics, Nervous System has been investigating minimal surface structures, an offshoot of research conducted with New Balance. Recalling the geometries of glass sea sponges, the studio reckons that their interconnected, self-supporting shapes are ideal for printing with Ceramic Resin.

    The team simulated the sponge geometries to generate forms that became the final necklaces and earring pieces for the collection. The pieces are finished by hand; sanded, glazed, and fired twice in a kiln up to 2350F, creating vitreous ceramic jewelry with a sumptuous glazed finish.

    Would you like to learn more? Visit the Porifera Collection over at the Nervous System site for further details and pricing.

    nervous system
    nervous system

    Source: Formlabs

    License: The text of „New Ceramic 3D Printed Jewelry from Nervous System“ by All3DP is licensed under a Creative Commons Attribution 4.0 International License.

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  • Experimental Ceramic Resin for the Form 2 Now Available

    Experimental Ceramic Resin for the Form 2 Now Available

    Reading Time: 2 minutes

    A new experimental Ceramic Resin is a now available for the Form 2 from Formlabs, making ceramic 3D printing the most affordable and accessible it has ever been for engineers and designers.

    Stereolithography specialists Formlabs have announced the availability of a special new material for their Form 2 desktop 3D printer. Their experimental Ceramic Resin makes 3D printed ceramics accessible for the first time outside of expensive industrial machines and high-tech research labs.

    With this resin, makers can fabricate objects with a stone-like finish and fire them to create a fully ceramic piece. Potential applications for the material are not just engineering research, but also distinctive art and design pieces.

    Important to note, however, is that the experimental Ceramic Resin sits in the “Form X” product class. The means this material is more difficult to work with than other products in the Formlabs ecosystem. It will require extra steps, additional experimentation, and a whole lot of patience for successful printing.

    Check out the tongue-in-cheek launch video below, which leans hard on 1980s retro-futurism to pitch their product. The gold-plated digital wristwatch is a nice touch.

    What’s the Big Deal about Experimental Ceramic Resin?

    Looking beyond traditional pottery, ceramics have the advantage of mechanical properties like high heat resistance and electrical conductivity. This makes alumina ceramics a common choice for electronics components like insulators, resistors, and semiconductors.

    But did you know that an entire branch of NASA is devoted to ceramics research? They’re developing materials like Nextel fabric, an advanced ceramic that resists fire penetration and keeps satellites from getting smashed to pieces, and GRABER, a ceramic-filled adhesive used to repair small cracks in space. Moreover, the US military is using ceramic materials to design lightweight armor.

    So there’s clearly a big opportunity for ceramic 3D printing. But current solutions are prohibitively expensive, with machines costing upwards of $100,000 (according to Formlabs).

    With their Ceramic Resin, Formlabs has made the process the most affordable and accessible it has ever been, enabling more engineers and designers to bring rapid iteration with ceramics in-house.

    The experimental Ceramic Resin is available now in North America and Europe. Visit here for further information on pricing and usage guidelines.

    experiment ceramic resin
    experiment ceramic resin

    Source: Formlabs

    License: The text of „Experimental Ceramic Resin for the Form 2 Now Available“ by All3DP is licensed under a Creative Commons Attribution 4.0 International License.

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  • Formlabs Launches ROI Calculator to Assess Costs Of Purchasing a 3D Printer

    Formlabs Launches ROI Calculator to Assess Costs Of Purchasing a 3D Printer

    Reading Time: 3 minutes

    Businesses planning to purchase a 3D printer to boost parts production may want to give the new Formlabs ROI calculator a go-to determine long-term costs.

    When it comes to acquiring a 3D printer for your business, it pays to consider the cost and return on investment (ROI). However, calculating whether the purchase makes sense economically can be a strenuous task.

    Now, Formlabs, the US 3D printing technology developer and manufacturer, has launched an ROI calculator tool. It’s a simple yet effective interactive tool that lets anyone calculate the cost per part and lead time. Therefore, businesses can compare time and cost savings of different methods of production.

    Step by step assessment of the 3D printer purchase

    As a first step, businesses should decide if outsourcing of production services compared to in-house manufacture is a more viable option. For companies that only occasionally require 3D printing to produce parts, outsourcing can be more economical. As demand grows, a company may be better off acquiring a desktop 3D printer. Furthermore, installation of multiple machines may be enhance manufacturing flexibility and productivity.

    Another important aspect of calculating ROI is to consider the costs of materials and the labor required to maintain production standards. This breaks down into equipment ownership, materials and consumables, and labor.


    Equipment ownership costs tend to be fixed but can include installation costs, service and maintenance contracts. Although desktop 3D printers are now 10x to 100x cheaper than industrial machines, it’s worth adding up the costs of accessories.

    In addition, businesses should calculate the materials and consumables required to print parts. These costs can vary dramatically depending on the prototype or end product. Certain machines may also be more suitable for only a small number of material types.


    Lastly, buyers should factor in the actual workflow of printing a part. This, in turn, helps to assess the cost of labor required. Some tasks are more time-consuming than others and companies need to take this into account.

    Formlabs adds that there are a number of indirect costs such as production lead times (e.g. Will they be improved when purchasing a desktop 3D printer?). The actual quality of the end product should be carefully trialed before committing to acquiring a 3D printer. Furthermore, copyright-sensitive parts may require extra protection.

    The Formlabs ROI calculator considers all these options and can now be tested on the company’s website.


    Final report based on production needs and specified labor costs. (Image: Formlabs)

    Source: Formlabs

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  • Formlabs Raises $30m in New Equity Funding

    Formlabs Raises $30m in New Equity Funding

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    With two major product launches on the horizon, 3D printing startup Formlabs bolster their war-chest with $30m in new equity funding.

    Market-leading 3D printer manufacturer Formlabs has raised $30 million in new equity funding, according to a document filed with the SEC this week.

    Together with CEO Maxim Lobovsky, the directors listed on the document include Barry Schuler, a partner with DFJ Growth which led Formlabs’ $19 million Series A funding round in 2013; Brad Feld, co-founder of Foundry Group which led Formlabs’ $35 million Series B funding round two years ago; and Carl Bass, the former CEO of Autodesk (who also invested in the Series B round).

    With this latest development, Formlabs has attracted more than $90 million in venture capital.

    To put that in context, other 3D printing companies that have recently raised funding include Markforged, which raised $30 million in November; Carbon, which attracted $200 million in December; and Desktop Metal, which announced a $65 million investment round led by Ford last month.

    (Also of note is that Desktop Metal and Markforged are currently locking horns in a lawsuit, as we reported last month.)

    formlabs funding history
    formlabs funding history

    Formlabs Prepping Two Big Product Launches in 2018

    Headquartered in Boston, Massachusetts, Formlabs has been steadily building an 3D printing empire since it was founded in 2011 by three plucky graduates from the MIT Media Lab. Their earliest days were recorded in the Netflix documentary Print the Legend.

    Stereolithography (SLA) is their specialism; this is a 3D printing technique that uses a laser to cure liquid resin, forming a solid object layer-by-layer. Their flagship product is the Form 2, which is supported with an ecosystem of materials, software and accessories to optimize the 3D printing process.

    But they have ambitious plans for expansion; last year the company announced the Fuse 1 and the Form Cell.

    The Fuse 1 represents a new dimension and new technology for the company, a Benchtop SLS (selective laser sintering) 3D printer which creates objects from nylon plastic by fusing powder particles with a laser.

    Form Cell, meanwhile, is all-in-one 3D printing farm combining multiple Form 2 printers, software and robotics to automate the SLA process.

    Both products are being prepped for launch this year, so that extra $30 million will certainly come in handy. Stay tuned for further updates, when we’ll be reporting from the Digital Factory hosted by Formlabs on 14 May in Munich.

    SLS printing spells quality
    SLS printing spells quality

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  • Artist Documents “Ritual of Habits” with 3D Scanning and 3D Printing

    Artist Documents “Ritual of Habits” with 3D Scanning and 3D Printing

    Reading Time: 2 minutes

    Rosalie Yu recreates her sweet treats in hyper-realistic detail with a grand project called a Ritual of Habits. She’s creating a virtual reality experience — and a 3D printed facsimile — of 256 desserts (and counting).

    Art and technology blend together like a fluffy mousse in a 360-degree virtual reality (VR) experience created by artist Rosalie Yu. The designer has spent two years documenting desserts and sweets from all angles to create 3D scans of them.

    As part of the A Ritual of Habits project, Yu recreated a VR world of sweets. The project serves to invigorate the senses through an augmented reality experience as well as 3D printed objects. You can see the entire collection hosted on her Sketchfab page.

    According to Yu, the project originated from habit – as the title suggests. She and her family are fans of sweets and desserts. Following her grandfather’s death, she began to document the sweets that were being eaten by her family.

    “I’ve been fascinated by the history of Dutch sugar plantations in colonial Taiwan and the decadent representation of sweets in Dutch still-life paintings,” Yu explained.

    “Photogrammetry enabled me to reflect on the global history of sugar alongside my own personal history and habits.”

    The Process behind a Ritual of Habits

    Currently working out of Brooklyn as part of a residency, Yu tends to take up to 50 close-up photos of a pastry or dessert.

    Afterwards, she uses the Agisoft PhotoScan to create the 3D model. She follows this by digitally sculpting the scan using the ZBrush tool. Once finished, Yu uses the ARKit and Unity to create the VR experiences.

    For 3D printing, Yu fabricates the 3D models using a Formlabs Form 2 SLA printer. She then painstakingly paints the models to look even better than the real thing.

    This isn’t Yu’s first venture into VR, however. Indeed, she has built on her passion for art and technology. Her other works include live 3D maps of cities as well as 3D self-portraits.

    There are however limitations, as she admits.

    “The way a chemical image takes shape on photo paper is similar to the software’s process of stitching photos, connecting a point cloud, and reconstructing a mesh in 3D space,” she says.

    “You can’t immediately see the results of photogrammetry, just like traditional photographs that had to be developed in a dedicated space like darkroom. There is something magical and lonesome about both of these expansive processes.”

    The A Ritual of Habits offers a fully immersive experience of the sweet treat. The sound was created by sound designer Matthew Dougherty.

    Source: The Verge


    ritual of habits

    Website: LINK

  • Formlabs Fuse 1 3D Printer: Review the Facts Here!

    Formlabs Fuse 1 3D Printer: Review the Facts Here!

    Reading Time: < 1 minute

    In June 2017, 3D printer manufacturer Formlabs announced the launch of Fuse 1, the company’s first selective laser sintering (SLS) 3D printer.

    “When we launched the world’s first desktop stereolithography 3D printer in 2012, Formlabs created new possibilities for designers and engineers to create physical products by giving them access to professional 3D printing technology that had historically been unavailable,” says Max Lobovsky, CEO of Formlabs.

    “With Fuse 1, we are taking the same approach to making powerful SLS technology available to a huge range of customers.”

    Numerous companies, including global brands like New Balance and Google, are already testing the new systems.

    “SLS technology enables designers and engineers to accelerate their prototyping process by combining realistic material properties with the minimization of 3D printing design constraints,” says David Beardsley, manager of Google ATAP Skunkworks.

    “With the Fuse 1, a combination of high precision parts, reduced cycle time and robust materials allow teams to easily iterate throughout the design process and accelerate from whiteboard to final parts.”

    With this new hardware, Formlabs hopes to make next-generation digital manufacturing more accessible, and enable mass customization through industrial-grade 3D printing.

    Don’t Miss: Formlabs Lead Engineer Discusses Development of the Fuse 1 SLS 3D Printer

    Website: LINK

  • Formlabs Showcases Mass Customization, Premieres New Materials

    Formlabs Showcases Mass Customization, Premieres New Materials

    Reading Time: 3 minutes

    For the first time, visitors of the Consumers Electronic Show 2018 can take a look at Formlab’s new SLS Fuse 1 3D printer. But there’s more: The company premieres two new materials and showcases interesting new mass customization solutions.

    At CES 2018, the Formlabs booth will have the Form 2, Fuse 1, Form Cell. Also, the company will showcase how to use 3D printing in mass customization.

    One of their demos will be the creation of on-demand custom earbuds. Over the years, the one-size-fits-all approach to earbuds has changed. Thanks to 3D printing, mass customized earbuds have become more common.

    At CES, Formlabs and 3Shape will demo how the Form 2 3D printer and 3Shape Phoenix in-ear scanner make it possible to put customized earbuds in the hands of consumers faster.


    During development for the quip electric toothbrush, prototyping was either prohibitively expensive or poor quality. Now, with Form 2, quip can prototype high-quality parts more affordable. quip will showcase their product development process at the Formlabs booth, comparing how they could have overcome significant challenges faster using the Form 2.


    Rigid and Grey Pro: Two New Specialist Materials

    In the last year, Formlabs have broadened their palette of 3D printing resins with dental resins and engineering grade materials. Now they are introducing two new resins, Rigid and Grey Pro.

    Grey Pro Resin (see below) offers high precision and versatile material properties, including moderate elongation and low creep, which make it great for concept modeling and functional testing.


    Rigid Resin (see below), Formlab’s first enforced with glass resin, offers very high stiffness and a polished finish.


    “Since its inception, the strength of 3D printing has always been in rapid prototyping, but as our materials have evolved and multiplied we’ve seen an overwhelming increase in parts created for many use cases, including the manufacturing line and more recently in mass customization,” said Max Lobovsky, co-founder and CEO of Formlabs. “We believe we can drive 3D printing into more end-use applications by dramatically improving material properties and significantly decreasing the cost per part, bringing the promise of 3D printed mass customization closer to reality for businesses and consumers.”

    (Source: Press Release)

    Website: LINK

  • Best 3D Printer Awards 2017 / 2018 – The 12 Best 3D Printers

    Best 3D Printer Awards 2017 / 2018 – The 12 Best 3D Printers

    Reading Time: 4 minutes


    How to buy the best 3D printer

    Selecting the best 3D printer for your needs is not an easy task. We want to make the process it a little bit easier with All3DP’s Best 3D Printer Awards.

    Finding the Best 3D Printer for Beginners

    If you are a newcomer to 3D printing, things can get overwhelming. Specifications and terminology may sound gibberish and intimidating. So you best resort to a dedicated 3D printer for beginners, right? Unfortunately, that’s not always the case. There are four traps you can fall into.

    1. There are some 3D printers on the market that claim to be “best 3D printers for beginners”. While they come prebuilt, you will pay extra by paying for overpriced filament, get frustrated with poor build quality, and get dubious printing results. To avoid this, better check some independent reviews the chosen model.

    2. Don’t buy too cheap. When looking for the best 3D printer for your money, the worst thing you can do is to waste it on a cheap, untested no-name 3D printer. Don’t get us wrong, we don‘t want to talk you into spending more of your hard earned money – but there’s a huge difference between a „best cheap 3D printer“ and the best cheap 3D printer. Again, reviews matter to get the best 3D printer available.

    3. Also, there’s a legion of the Prusa i3 clones. They come in different brands, variations, and fittings. While some are actually really good, others offer inferior quality and are way too complicated to handle. Most of the Prusa clones come as a kit, which complicates things. If you want to go for one, make sure the machine has a good, readable documentation and an active community, so you have someone to ask if you are running into trouble.

    4. So why not buy a 3D printer on Kickstarter? In our opinion, Kickstarter and Indiegogo are not the best places to buy 3D printers. You can get ripped off intentionally (like with the $99 “Peachy Printer“), leave empty-handed (like with the “Tiko 3D“) or get your printer much later than promised (which happens to most Kickstarter projects).

    After so much advice, we recommend you to take a look at the categories “Best 3D Printer under $250“, “Best 3D Printer under $500“, and — of course — “Best 3D Printer for Beginners” of All3DP’s Best 3D Printer Awards. Surely, you’ll find the best 3D printer for you in these categories.

    Finding the Best 3D Printer for Makers

    If you consider yourself a tinkerer or maker who wants to tap into 3D printing, you won’t need the most expensive and flashy model available on the market. 
The good part is that you can save a significant sum by buying a 3D printer kit. You’ll also learn a lot by assembling the machine yourself.

    The market for the 3D printing hobbyist is heavily populated, so you have a great choice of machines to choose from. The most difficult part is finding the best 3D printer for your needs.

    If you want to make sure to get the best 3D printer, we recommend you take a look at the categories „Best 3D Printer for Beginners“, „Best 3D Printer Under $250“ and „Best 3D Printer Under $500“. These will give you the best bang for the buck.

    Finding the Best 3D Printer for Enthusiasts

    If you are already experienced in 3D printing and consider yourself a 3D printing enthusiast, you already have an opinion on the best 3D printer brands and their machines. You need some alternatives, not general advice.

    The categories „Best 3D Printer“, „Best 3D Printer Under $500“, „Best 3D Printer Under $1000“, „Best 3D Printer Kit“, „Best Workhorse 3D Printer“ and „Editor’s Choice“ are most likely to meet your needs.

    The Best 3D Printers for Professional Use

    If you are a professional that just wants to get the job done by 3D printing, you don’t care too much about brands. You need your prototype without having to tweak dubious settings. You need a 3D printer something that works out of the box, that gives you hassle-free and reliable results. Also, the materials you can print on matter to you.

    If you feel you belong in this category, please check the „Best 3D Printer“ and „Best Workhorse 3D Printer“. If you need high-quality details, you should also check our award for „Best SLA 3D Printer“.

    Website: LINK