Formlabs Announces Faster Biocompatible Materials for Long-Term Use

SOMERVILLE, Mass.–(BUSINESS WIRE)–Formlabs, the designer and manufacturer of powerful and accessible 3D printing systems, today announced the release of Dental LT Clear, the first long-term biocompatible resin in desktop 3D printing for orthodontic applications for orthodontic devices. Formlabs also released improvements to its Dental SG Resin, reducing print speeds for surgical guides by up to 50 percent.

“Since entering the dental market in 2016, Formlabs has quickly established itself as the premier player in dental 3D printing,” said Dávid Lakatos, Chief Product Officer at Formlabs. “We now command the largest dental 3D printer user base, have sold thousands of printers to dental professionals, and are growing at a pace of over 600 percent year on year. All of this has catalyzed an industry-wide shift to 3D printing and digital dentistry.”

The fastest Formlabs material to date, Dental LT Clear can be used to print splints and retainers in less than 50 minutes for a single unit. Full-build platforms, with up to seven splints, can be completed in under two hours.

With the latest PreForm software update, Form 2 3D printer users can also benefit from speed improvements in Formlabs’ Dental SG Resin. Single surgical guide prints will now be 50 percent faster, while full builds benefit from a 20 percent speed boost.

“We couldn’t be more excited by how quickly 3D printing is becoming part of the standard of care in dentistry,” said Gideon Balloch, Dental Product Lead at Formlabs. “Over 50,000 surgeries have been performed with a Formlabs printed surgical guide — and that’s just 10 percent of what dental users are doing with our printers. Dental LT Clear adds yet another digital workflow to a library that offers professionals more efficient, accurate and affordable production methods, enabling faster treatments for patients with better clinical outcomes. It’s only going to continue to grow.”

In addition to new product releases, Formlabs continues to build on its unabated growth via deepening partnership and distribution deals with 3Shape and Henry Schein, some of the largest players in the dental market.

Interested customers can request a free sample of Formlabs’ Dental LT Clear or Dental SG material here.

Additional links:

Photos/press kit
Ordering Dental LT Clear

About Formlabs

Formlabs designs and manufactures powerful and accessible 3D printing systems. Headquartered in Boston with offices in Germany, Japan, and China, the company was founded in 2011 by a team of engineers and designers from the MIT Media Lab and Center for Bits and Atoms. Formlabs is establishing the industry benchmark for professional 3D printing for engineers, designers, and manufacturers around the globe, and accelerating innovation in a variety of industries, including education, dentistry, healthcare, jewelry, and research. Formlabs products include the Form 2 SLA 3D printer, Fuse 1 SLS 3D printer, Form Cell manufacturing solution, and Pinshape marketplace of 3D designs. Formlabs also develops its own suite of high-performance materials for 3D printing, as well as best-in-class 3D printing software.

Formlabs Form 1+ Complete Package with Clear Resin

The Form 1+ is an award-winning desktop 3D printer, that makes stereolithography (SLA) printing technology accessible to engineers, designers, and artists. The gold-standard in professional 3D-printing, SLA uses a high-performance laser to harden a light-sensitive polymer, creating ultra-detailed parts with a smooth surface finish.

Product Features

  • Stereolithography (SLA) technology
  • Print at 25/50/100 or 200 micron layer thicknesses
  • Winner of CES 2014 Innovation Award
  • Comprehensive customer support
  • Includes Form 1+ 3D Printer, Finish Kit, PreForm software, and 1L of Clear Resin

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Retina 3D printing with Formlabs

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Prints charming: Formlabs launches new 3D printer, Form 2, today

An industry leader and a respected manufacturer of 3D printers and more, they continue to raise the bar in terms of standards for professionals in industries such as engineering, medical, film-making, both big and small business, and art and design. Formlabs is pitching the new product, which costs $3,499 (Form 1 is priced at $2,799) and starts shipping this November, as an affordable and easy-to-use 3D printing solution for professional engineers, designers and other kinds of creators. The laser on the new printer is 5- percent more powerful compared to the one installed in its direct predecessor, the Form 1+.

Large parts requiring intricate detailing can be printed with a new process included in the Form 2 that offers a sliding peel mechanism, wiper, and heated resin tank, along with an automated system that refills the tank with new resin cartridges during printing.

Other features to shout about include 1-click-printing, a full-colour touchscreen and Wi-Fi connectivity. The Form 2 offers wireless printing via Wi-Fi, with custom notifications and mobile alerts. It’s lovely to get a text from your printer, even just to make those late hours in the office a bit less lonely.

“If you give someone access to rapid prototyping and 3D printing, it changes the way they think”, Lakatos says.

Lobovsky acknowledged the market for 3-D printers has “gotten more competitive, with way more players” than when the company was founded in 2011, by a trio of MIT students and alumni.

Form 2 can produce 40 per cent more print outputs than its successor which makes it produce and print larger objects.

The new 3D printer introduced by Formlabs is called “Form 2.’ It has a boxy frame and an orange, UV light-blocking hood”.

It’s estimated that the 3D printing market will grow to .2 billion by 2018, a compounded annual growth rate of 45.7 percent over the five year period.

As part of the Form 2 launch, Formlabs will be livestreaming a public unveiling today, September 22nd, at 10 am ET, from the Museum of Science in Boston; the livestream and subsequent archived webcast will be available for viewing and replay on Formlabs’ website.

It used to be that all the printer’s settings and functions were controlled on your laptop through Formlabs’ PreForm software, but with the Form 2, everything can be controlled right from the printer’s big, lovely touchscreen.

“The dirty secret about 3D printing is that it fails a lot because there are so many variables in making a project”, said Formlabs co-founder Max Lobovsky, who led TNW through an in-person demo of the new printer. “The first wave [of 3D printing] was big industrial machines… that was the beginning in the 80’s to mid 2000’s”.

Formlabs Form 1+ SLA 3D Printer review

When you hear the phrase “3D printer,” you probably picture a traditional filament deposition modeling (FDM) printer. These are the ones that take a spool of thermoplastic, heat it up, and squirt it through a nozzle to create objects layer-by-layer. This technology has progressed in leaps and bounds over the past few years, and continues to improve today — but lately another 3D printing technique has been oozing its way into the mainstream: stereolithography, or SLA for short.

Instead of melting plastic to create objects layer by layer, SLA printers use a laser projection system to “grow” objects out of a pool of UV-curable resin. As the laser flashes over the resin tray, it causes a thin layer to solidify on the build plate, which is slowly drawn upward as each new layer is made.

Formlabs’ Form 1 printer (which has since evolved to become the Form 1+) was one of the first consumer-oriented SLA printers to hit the scene. At $3,300, it’s still more than most consumer FDM models, but according to the company, it can “outperform the print quality of even high-end FDM machines.”

So, does it live up to all the hype? We got our hands on the company’s new-and-improved Form 1+ to find out.

Features and specs

Out of the box, the Form 1+ weighs in at 18 pounds, and measures 12 x 11 x 18 inches. Compared to most other 3D printers we’ve used, it’s definitely a bit more compact — which allows it to be placed just about anywhere — including your desk. It’s not so big that it’d hog up all your desktop real estate.

The bad news is that this translates to a relatively small build area. Underneath its UV-blocking orange hood, the Form 1+ sports a 4.9 × 4.9 × 6.5 inch build plate, a removable resin tray, and a Class 1 405nm violet laser. Basically, that last spec means the laser is powerful enough to solidify resin with just a quick flash, but isn’t so powerful that it’ll burn your eyeballs out if you stare into the printer while it makes your parts.

The machine also ships with the Form Finishing Kit: a set of tools, tubs, and other materials that help you touch up your prints after they’re done. This is a nice touch for sure, but it’s not just a nice little bonus that Formlabs decided to throw in as a bonus — it’s crucial, and you’ll need to use it every time you print something. More on that later.

Finally, the printer comes with a number of different “functional resins,” which allow you to print more than just hard plastic parts. In addition to the normal photopolymer resin, Formlabs also offers a clear resin for faster printing, a flexible variety for making parts that bend easily, and a “castable” one for creating cast molds.

Setup and configuration

Formlabs says it built the Form 1+ to be simple and easy to use, and in terms of setup, that statement couldn’t be more true. We’re not sure if it could get any easier. Everything is pre-assembled, and because there isn’t a filament extruder to fiddle with, the machine requires zero calibration. To start printing, all you need to do is dump some resin into the tray, plug the printer into the USB port of your computer, load up a print file, and hit “go.”

The most difficult part of the setup is arguably installing the accompanying software. Due to the nature of Formlabs’ SLA printing technique, the printer can’t use traditional slicer programs like Cura or Slic3r — it only works with PreForm.

Luckily, the program is fairly simple to install and use. The user interface is great — menus are logically organized, the icons make button functions fairly obvious even to the unaccustomed user, and manipulating your 3D model is highly intuitive. The learning curve is extremely low, but that’s in part because it lacks advanced customization options available inside the program.

The system’s default configuration settings should be enough to get you started, and in the event that something doesn’t work or you need to make adjustments, all advanced setup is performed inside of PreForm. This saves you the hassle of navigating menus on a tiny LCD screen, and allows you to use a mouse instead of a knob or a D-pad.

Build quality and design

If it’s possible for a 3D printer to look cool, Formlabs has pulled it off here. In contrast to the efficiency-driven industrial look that most printers seem to favor, Form 1+ boasts a much more elegant and attractive design. It’s got that modern “box with curved corners” look about it, which makes it feel a bit more polished and professional — if you don’t mind that big orange UV hood, that is.

Practically every component feels sturdy and reliable on this machine.

The Form 1+ scores high marks for build quality as well. Nothing about it feels flimsy or cheap. The hinges on the hood, the clips that hold in the resin tray, the single button on the front — practically every component feels sturdy and reliable on this machine. And while it probably wouldn’t survive a tumble off your desk, the occasional accidental bump isn’t going to faze it.

Print performance

To test the abilities of the printer, we ran it through our usual gauntlet of printing benchmarks and test objects.

The first thing we gauged was print speed. Theoretically, these SLA printers are supposed to be much faster than their filament-melting brethren, since all they need to do to create a layer is flash a laser over the resin tray. To test speed, we first printed a 1x1x1 centimeter cube, at the default layer thickness of 100 microns. At this setting, it took exactly 19 minutes to print. That’s not particularly quick though — so for the second test we turned up layer thickness to 200 microns (which is only possible with Formlabs’ Clear resin — not the colored variety). With these settings, the printer spit out the cube in 9 minutes flat. At the highest resolution settings, however (25 micron layer thickness), the same cube takes well over an hour to print.

Formlabs Form 1+ 3D Printer

Bill Roberson/Digital Trends

Based on these tests, it’s clear that the Form 1+ isn’t really much faster or slower than your average FDM printer. It chugs along at roughly the same pace as the other printers at the default resolution, but if you dial down the layer thickness and use the printer’s full-resolution potential, it takes quite a bit longer. Even with SLA technology, the resolution/speed tradeoff is about the same as with FDM.

That said, other print stats are really impressive. The Form 1+ absolutely crushed the “CTRL V” test object we printed, which is designed to test things like minimum wall thickness, maximum unsupported span length, maximum overhang angles, and more. The piece definitely wasn’t perfect, but it came out considerably cleaner and more complete than what we typically see from FDM printers.

After messing with this thing for a couple weeks, it’s pretty clear that Formlabs isn’t just blowing smoke with all those claims about professional print quality. The Form 1+ does indeed offer more detailed, higher-quality prints than a lot of other consumer-oriented 3D printers available right now. It’s not a whole lot faster, but there are only a handful of competitor machines that can do what this thing does. Oh, and not to mention, the Form 1+ can also print flexible materials, which is pretty cool.

Maintenance, reparability, an upgradability

If there’s one area where the Form 1+ struggles, it’s maintenance. The photopolymer resin that SLA printers use is an absolute pain in the ass to work with. We can’t really knock the Form 1+ specifically for this, because it’s definitely not the only printer that works in this fashion — but in any case, dealing with resin is a nightmare — at least in comparison to a spool of plastic filament.

Resin requires drastically more attention to detail than ABS or PLA filament. Before you print, you need to make sure there aren’t any large bubbles in the resin tray, because if there are, they can potentially create a hole in your print. Sometimes a little hole isn’t a big deal, but other times it can ruin your entire model. Resin is also more viscous than water, so bubbles don’t always rise to the top very quickly for easy popping, which means you sometimes need to wait around for them to dissipate.

Formlabs Form 1+ 3D Printer

Bill Roberson/Digital Trends

And that’s just step one. The real fun starts after your print finishes. When that happens, you’ve got to don rubber gloves (trust me, don’t do it bare-handed), pry the gooey model off the build plate, and swish it around in a bath of isopropyl alcohol. This will dissolve any uncured resin that might be clinging to your model.

But you’re still not out of the woods yet! Before you start your next print, there’s one more step you must complete. To ensure there aren’t any cured pieces lurking in the resin tray (which would block the laser and screw up your print), you need to rake a comb through the pool of goop to catch any stragglers. Then you’ve got to clean off whatever tool you used, wait for the bubbles to dissipate again, and THEN start your next print. It’s kind of exhausting, to be quite honest.

The photopolymer resin that SLA printers use is an absolute pain in the ass to work with.

Reparability is also a rough spot for the printer. Formlabs tried to minimize moving parts so that failures are less common, which is nice — but on the off chance that something were to go wrong, getting inside this machine and fixing it yourself would likely be a tough task. Everything about this printer is just inherently more complicated than the technology that powers an FDM printer.

Minor issues can be fixed easily enough –for example, a dusty mirror can be cleaned off in just a minute with a can of compressed air– but bigger issues (a motor stops working, the mirror loses alignment, the laser craps out, or you drip some resin into the lower chamber) will almost certainly require you to contact customer support, or even send your printer in for repairs.

That said, we never experienced any of these problems during our testing, so we have every reason to believe that these issues are extremely uncommon. But still — if you ever have an accident, it’s probably not going to be a DIY repair job, which is bothersome.

As for upgradability, you can just forget about it right now. What you see is what you get with this machine. You can buy new resin types and a few replacement parts, but as far as we can tell, the machine isn’t designed to accommodate upgrades or expansions.


Comparing an SLA printer to an FDM one is a bit like comparing apples to oranges: They’re certainly different, but at the end of the day, they’re both fruit. Anyone who says you can’t compare the two is a buffoon.

The Form 1+ is arguably one the best consumer-oriented SLA printers in existence right now — but within the broader category of 3D printers, it’s not necessarily the top dog — at least in this reviewer’s opinion. The print resolution this thing offers is outstanding, and by multiple measurements of quality, it’s miles ahead of most FDM printers.

But not all of them. The Ultimaker 2 boasts the same maximum resolution specs (as low as 25 microns, and can produce comparable prints without all the hassle of dealing with photopolymer resin (which is not only messy, but costs $150 per bottle). It’s also $800 cheaper than the $3,300 Form 1+.

Simply put, we would only recommend this printer if your sole concern is print quality. If you want the best prints you can possibly get from a printer in this price range, look no further.

However, if you care about things like price, convenience, and reparability, then you’d be wise to explore other options. There are tons of traditional FDM printers out there that offer slightly poorer print quality, but also require far less upkeep, and sell for a far more reasonable price.

While Form 1+ definitely ranks up near the top of the list for print performance, you can get a lot more bang for your buck elsewhere.


  • Outstanding print quality
  • Attractive design
  • Supports multiple materials


  • Expensive
  • High-maintenance
  • Too complex for DIY repairs

Formlabs Form 1+ 3D Printer Review

Formlabs is a relative newcomer to the 3D-printing scene, with the Form 1+ being only its second product. As the name implies, it is an update to last year’s Form 1, which uses a resin printing system that offers print resolutions down to 25 microns (0.025 mm, or 0.001 inches). This enables the device to produce very precise models for architects or engineers, or for works of art. In addition, jewelers can use the prints to make molds for casting in metal.

The Form 1+ produces excellent-quality prints with great detail, but they are limited to only four resin options (three colors, plus clear) at the moment. At $3,299, it isn’t cheap, but those who need extra-high-quality prints for their work or hobby will find the Form 1+ a worthy investment.

Who it’s for

Jewelers, engineers, artists and others who need to print small, precise 3D models on demand.

Design: No Nonsense

This printer works quite differently from the more-familiar fused deposition modeling (FDM) types such as MakerBots and Printrbots. Rather than using a melted plastic filament, the Form 1+ uses a liquid resin, which is solidified by an ultraviolet laser. The printer repeats this process for each thin layer of resin, to build up a full object.

MORE: Best 3D Printers

Design: Simple & Straightforward

The Form 1+ has a simple design, with a gray plastic base sporting a single button and a small LCD display. Above is an orange plastic cowl covering the business end of the printer. This cowl tilts backwards to reveal the main parts of the printer: the metal print bed at the top and the resin tray that sits underneath it. The orange color is an engineering, not aesthetic, choice. This hue blocks ultraviolet light (which hardens the resin) from entering or exiting the printer.

Both the print bed and the resin tray are removable. This combination gives a maximum print size of 4.9 x 4.9 x 6.5 inches — a total of 156 cubic inches. That compares well with other printers, and means it could handle anything up to a statuette in size.

 Setup: Unbox, Pour & Print

The Form 1+ is simple to set up: You unpack it, install a print tray and fill the tray with the liquid resin. Once you have plugged in the printer and installed the software, you are ready to print. The process is controlled from a computer connected via USB and running the included PC and Mac software. There is no memory-card slot, Wi-Fi or other way to send jobs to the printer.

The resin is a special brew that is available only from Formlabs. It costs $145 for a liter and is offered in clear, white, gray and black. That’s not a huge range of colors, and the resin is a little more expensive than others; for instance, MadeSolid sells a similar resin for $99 a liter. Using other resins may void the printer’s warranty, though. (The company’s literature doesn’t say so outright, but it hints at it.)

The software does give a good indication of how much resin a print will use. Our geometric model print (which is about 2.5 inches across) used 25.8 milliliters, for a cost of just less than $4 in resin. That cost rises quickly with larger models, though, especially solid ones that use a lot of resin. A solid 3.5-inch print of Rodin’s The Thinker used about $25 worth of resin.

In addition, the trays that the resin sits in (sold separately) cost $58 apiece. You’ll need one for each resin color you want to use, as they can’t be completely cleaned out to use for other colors afterward. The trays do come with a lid that seals them, so it is easy to switch colors by swapping and storing resin trays.

MORE: Resin: The Next Little Thing for 3D Printing

Controls: One Button & Easy Software

The only control on the Form 1+ itself is a single button next to the LCD screen that shows messages and print progress. This button doubles as both the power button and the Start Print button. To pause a print, you lift the cowl. The print then resumes when you lower the cowl again.

Formlabs offers its own PreForm software as a free download, which you use to load your models and set them up for printing. PreForm is available for Windows (XP and up) and Mac (OS X 10.6.8 and up). A computer connects to the printer through its single USB 2.0 port.

PreForm is a mostly simple-to-use program that focuses on the basics. You can’t build objects in it; instead, it can read .STL or .OBJ files, or Formlabs’ own .form format. That means it can easily import object files from 3D-printing sites like Thingiverse or from most 3D design programs that can save models in these formats, such as Blender or Solidworks.

Once your object is loaded, you can scale, spin and move it in the print area as required and then add auto-generated supports. These are the tall spikes of resin that hold the print in place during printing.

When you are ready to print, you can calculate the volume of resin that will be used and how long the job will take to print. If everything is correct, you hit Print, and the program creates the printing code and sends it directly to the printer.

PreForm does have some bugs, though. It was unable to open some 3D models I tried, claiming that they were corrupted or incomplete. Other 3D-printing programs, such as Slic3r, had no issues with these models. PreForm also has an odd problem if you switch units of measure between millimeters and inches. For example, changing the units for a 1100-mm object made it 1,100 inches tall (that’s more than 90 feet).

Printing Process: Simple (When it Works)

This resin tray has a clear base with a silicone nonstick layer on it. To print, the metal print bed is lowered to just above this layer, creating a thin film of resin between the printhead and the silicone. The printer then blasts this with a UV laser that bounces off moving mirrors to form the shape of the object. This intense UV light hardens the resin — a process called stereolithography, or SLA printing.

This solidified resin sticks to the metal print bed (or to the hardened layer of the print above), and the print tray gently tilts, so the hardened resin peels off the silicone. The print head is then lifted and lowered again to create another thin film of resin. This process is repeated, so the object is formed layer by layer.

MORE: 3D Printing Services Reviewed: Do They Really Work?

After the print is complete, the printer lifts the printhead out of the resin tray. You then remove the printhead and completed print using the included scraper.

I found the process to be more cumbersome than Formlabs’ instructions made it look. The problem is that the print sticks to the printhead too well. Particularly on larger prints, I had to use the scraper like a chisel to get under the hardened resin.

At the suggestion of the members of the Formlabs forum, I found that a small glass razor (used to remove paint from glass, available at any hardware store) was more effective. You use the razor to lift the edge and then use the scraper to push underneath the print and pry it off. It still requires a lot of force, though, and I often ended up splashing the remaining liquid resin around. Fortunately, the finishing kit comes with a large supply of disposable nitrile gloves for just this reason.

The lifting process also has to be done fairly quickly — if you leave the print too long, the resin sets and becomes much harder to lift, again requiring a lot of brute force. This whole process can be rather arduous, but consumer-priced SLA printers are still a young class of products, and we don’t expect the level of polish that a mature product category would have.

Once the print has been removed, you use the included finishing kit to wash it in isopropyl alcohol (not included, but available from any hardware store), which dissolves any remaining liquid resin. After washing and drying, you can then use the included small snips to cut the print free from the supports that held it in place.

PreForm creates a small, easily cut neck that connects the support to the print body, which leaves only a small nub of resin on the print itself. This is easily sanded off to leave no trace. 

Although most prints were trouble-free, I did get the occasional failure. My first few prints didn’t stick to the print bed, which meant I got nothing more than a piece of goopy resin floating in the resin bed. After consulting again with users on the Formlabs forums, I tried cleaning the print bed with alcohol to remove dust and specks of resin, which helped. After I cleaned the print bed, my prints stuck to the print head.

On a couple of occasions, a print failed partway through because the layers didn’t stick together. That was rather frustrating when it happened two-thirds of the way through a 24-hour print job (wasting a lot of resin and time), but it was more the exception than the rule.

Printing Quality: Excellent Detail

Credit; Richard BaguleyCredit; Richard Baguley

The quality of my prints from the Form 1+ was excellent. I found that the prints it produced were clean, with sharp edges and smooth curves and surfaces.

Credit; Richard BaguleyCredit; Richard Baguley

My first test model, based on a scan of The Thinker by Rodin, came out with excellent detail that captured the subtle curves and contours of the original, with only slight evidence of the individual layers. A print of the statue in the clear resin was especially striking, having an almost glasslike quality. (This photo shows the print before I removed the supports.)

Credit; Richard BaguleyCredit; Richard Baguley

Next, I used a design for a set of geometric gears from Thingiverse. Again, these were printed with excellent quality, and I had no problems fitting the gears together to produce the final mechanism. Most printers require some cleanup here, removing odd bits of plastic from the gears and cleaning the thread of the screws that hold the mechanism together. The prints from the Form 1+ required only a very small amount of cleaning to fit — a slight sanding to smooth the small nubs of plastic left by the supports. These parts were much easier to fit together than those printed on cheaper FDM printers like the LulzBot TAZ 3 and the Printrbot Simple Maker (read review), where odd bits of plastic blocked screw threads or created gears that didn’t always mesh perfectly.

Credit; Richard BaguleyCredit; Richard Baguley

Our toughest 3D-print test is a geometric sculpture, which involves lots of angled edges and overhangs. Again, the Form 1+ aced this test, producing a clean print that had only very slightly visible layering on some of the edges. It created the overhangs without issues, and the supports (still in place in this photo) were easy to remove with a few snips and sands.

Printing Speed: Relatively Fast

No 3D printer we have tested could be described as fast, but the Form 1+ is among the speedier ones. With the largest layer size of 0.1 mm, our 4.25-inch-high thinker statue took a little less than 6.5 hours to print. When we decreased the layer size to 0.05 mm, the print time doubled to nearly 12.5 hours. That makes it faster than FDM printers we have tested. For example, the LulzBot TAZ 3 took 11 hours to produce the same size of print with a 0.1-mm layer height.

Bottom Line

The benefit of the SLA printing process that the Form 1+ uses is that you can create very thin layers that result in extremely fine detail. The downsides are that it is complex and requires special resins. Oh, and it is expensive: $3299 for the printer and $149 for each liter of resin.

This is still an evolving technology, though, and there are a few quirks on this printer. It doesn’t measure the amount of resin left, so you can run out halfway through a print if you aren’t paying attention. The occasional printing glitches are also rather annoying, especially with the expensive resin. However, the quality of the prints is excellent. People who need high print quality with only occasional hassles will find that the Form 1+ serves them well.

Key Specs

Dimensions: 11.8 x 11 x 17.7 inches
: 18 lbs.
Print Material:
Methacrylate photopolymer resin
Print Area:
4.9 x 4.9 x 6.5 inches
Print Surface
: Removable metal print bed
Layer Size:
0.001, 0.002 or 0.004 inchesInterface : USB 2.0

Follow Richard Baguley @rbaguley or on Google+. Follow us @tomsguide, on Facebook and on Google+

Formlabs Form 1 3D Printer

Dimensions: 30 × 28 × 45 cm
Weight: 8 kg
Operating Temperature: 18-28° C
Power Requirements: 100-240 V, 1.5 A 50/60 Hz, 60 W
Laser Specifications: EN 60825-1:2007 certified Class 1 Laser Product, 405nm violet laser
Technology: Stereolithography (SLA)
Build Volume: 125 × 125 × 165 mm
Min Feature Size: 300 microns
Layer Thickness (Axis Resolution): 25, 50, or 100 microns

Product Features

  • Superior quality photolithography process creates parts with smooth surface finish and super fine detail.
  • Easy printing via PreForm software, compatible with Mac and PC.
  • Form finish kit makes part cleanup clean and simple.
  • Automatically generated and removable build supports.

Visit The Website For More Information…