Lumi Industries Announces Affordable PicoFAB Resin 3D Printer

Lumi Industries continues to innovate in the development of 3D printers and related products. With the announcement of the new PicoFAB 3D printer, the Italy-headquartered manufacturer, founded in 2014, is offering users a resin 3D printer priced at under 150 euros—promising the ability to create functional parts with exceptional detail—along with a complete solution in 3D printing, cleaning, and curing.

In a press release just sent to 3DPrint.com, the Lumi team explains that the PicoFAB is designed for use in a wide range of applications and is affordable to all because of the new compact engine they have developed. While this 3D printer was not created for large parts or high-volume production, it offers the benefits of affordability and fabrication of parts with high detail.

The PicoFAB 3D features a print volume of 24x24mm, 50mm height, 100um horizontal resolution and 25-50um Z resolution. Both light shielding and air filtering are available, although the outer design is still undergoing final development as the printer will not be offered to the public for approximately another month.

With this latest Lumi printer, research labs can experiment with more expensive resins since they only must use a small amount during testing (15-20ml). Jewelry designers can create rings, earrings, cufflinks, watches, and more. Nozzles, heatsinks, and other parts can be created. Designers can also create miniatures up to 50mm.

Dental labs can use the PicoFAB to their advantage in producing crowns and smaller bridges (up to four elements) with dental resins onsite:

“Using this 3D printer for small jobs allows the user to use expensive mills / 3D printers for more complex jobs maximizing the efficiency of them,” says the Lumi team in their press release. “The PicoFAB works with all 405nm commercial resins and curing time per layer can be as low as 3s for a 50um layer. An experimental version for 385nm resins is also being tested.”

Users can also purchase (at the same cost as PicoFAB) the picoCLEAN solution meant for both pre-cleaning and cleaning, with the following features:

  • Removable liquid cleaning containers
  • Magnetic stirring with RPM measurement
  • Ability to handle delicate parts
  • Programmable modes

PicoCURE is now also available for the post-curing of parts, allowing the user to choose the amount of time necessary and the mode. This system also comes with UV LEDs and a rotating base.

The team at Lumi says the PicoFab will be the focus of a Kickstarter campaign ‘within a month,’ and they will be making the printer available both in kit form or as an assembled product, with the accompanying products, PicoCLEAN and PicoCURE. Lumi will also be offering other materials like resins for dental applications, casting, fabrication of functional parts and models, and more for cleaning. Follow PicoFAB on Facebook to find out more about their release date for the PicoFAB 3D printer.

Over the years Lumi Industries has continued to promote new developments and releases, mainly featuring DLP and LED 3D printing. What do you think of this news? Let us know your thoughts; join the discussion of this and other 3D printing topics at 3DPrintBoard.com.

[Source / Images: Lumi Industries]

The post Lumi Industries Announces Affordable PicoFAB Resin 3D Printer appeared first on 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing.

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3D Printing News Briefs: March 1, 2019

On this first day in March, we’re sharing business and dental news with you. Markforged is helping businesses speed up and facilitate their 3D printing adoption with its new Additive Manufacturing University, and 3DEO is more than doubling its production capacity this quarter. Lumi Industries has entered into a distribution agreement with Harzlabs for 3D printing dental resins, and Renishaw is leveraging Polygonica for its dental applications.

Markforged Announces Additive Manufacturing University

Boston 3D printer company Markforged announced a new program this week that’s meant to help large manufacturing businesses facilitate and accelerate their 3D printing adoption. Its Additive Manufacturing University was built to help companies learn some of the skills they’ll need to design for additive manufacturing, manage the 3D printing process, find new applications for the technology, and successfully build businesses cases for replacing the lengthy, expensive manufacturing processes traditionally used with 3D printing. There are three main ways for companies to take advantage of the Markforged Additive Manufacturing University: onsite at Markforged for single or multi-day workshops; certification and training delivered at a customer’s own facility; and the free, on-demand Markforged Learning Library.

“Markforged Additive Manufacturing University is really about inspiring industry-wide innovation. Once we’ve helped engineers, designers, and the manufacturing industry build a strong foundation of additive manufacturing skills, the potential is nearly limitless,” said Andrew de Geofroy, the Markforged Vice President  of Application Engineering.

3DEO Continues Its Growth in 2019

Metal 3D printing company 3DEO, Inc., based in Los Angeles and founded in 2016, grew a lot last year, having used its patented Intelligent Layering Technology to 3D print and ship over 30,000 paid parts to customers in multiple industries in 2018. It appears that this growth isn’t slowing down either, as the company is more than doubling its production capacity this quarter to meet customer demand with its proprietary metal 3D printers. It’s only the first day of March, and 3DEO has already locked down two more customer production orders that are scheduled for delivery this year, one for 24,000 pieces and another for 28,000.

By all measures, 3DEO is rapidly expanding to fill a large void in the market of small complex metal parts. Customers are validating our technology across a variety of industries and we are either in production or quickly moving to production with many clients,” said Matt Petros, CEO and Co-Founder of 3DEO. “Additive manufacturing is finally competing directly with traditional manufacturing, enabling significant volumes to shift over to AM. It is a very exciting time for 3DEO, metal additive manufacturing and our customers.”

Lumi Industries and Harzlabs Announces Dental Distribution Agreement

Russian startup HARZLabs, which manufactures resins, recently had a successful European launch at formnext 2018. The company keeps environmental protection in work spaces and the healthcare of operators at the forefront by using high quality raw materials that they say give their 3D printing resins a low rate of toxicity, with hardly any odor. This means they claim that they can be used safely in naturally ventilated laboratories, without requiring a dedicated evacuation system.

Now, Italian DLP 3D printing company Lumi Industries has entered into a distribution agreement with HARZLabs for its professional dental resins, and will be distributing the materials at a competitive price through its online store in 1 or ½ kilo leak-proof sealed bottles. The line of 3D printing dental resins is currently under certification, and includes Dental Cast, heat resistant Dental Yellow Clear, transparent and low-viscosity Dental Clear, and Dental Sand A1-A2, which is perfect for highly detailed prints.

Renishaw Leveraging Polygonica for Dental 3D Printing

3D printing company Renishaw manufactures advanced 3D printers and software, but it also produces crowns and bridges through its dental services business. Renishaw leverages mesh processing software Polygonica to enable more reliable automation for this particular application, which used to be completed with lost wax casting and CNC milling processes. David Turner, Renishaw’s Software Development Manager, explained that the company runs into mesh integrity issues with small holes and gaps, non-manifold bodies, floating shells and voids, and incorrectly oriented triangles.

“The amount of mesh detail is really key to us because we’ve got tens of thousands of parts coming in monthly. That takes up a lot of server space plus the amount of bandwidth it takes to shift these parts around our manufacturing system is huge. Also, the amount of time to process those parts and create laser paths that we can actually then build the parts with goes up massively,” Turner said.

“Polygonica helps us reduce the amount of data in the mesh whilst guaranteeing not to lose important detail.”

Turner also said that Renishaw uses Polygonica to help with other mesh modeling needs, such as product identification and tracking, creating nesting algorithms, hub placement, and creating abutments. Renishaw also used Polygonica to develop its ADEPT craniomaxillofacial design tool for 3D printing, which you can learn more about in the following video:

Discuss these stories and other 3D printing topics at 3DPrintBoard.com or share your thoughts in the Facebook comments below.

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The Latest 3D Printing Kickstarter Campaigns: Volumetric Images and 3D Printable Dino Models

From new 3D printers and 3D software to the latest 3D printed customizable products, we like to keep you updated on the latest crowdfunding campaigns on the popular Kickstarter website, the largest funding platform in the world for creative projects.

For the last few years, we’ve been following the work of Italian startup Lumi Industries, which introduced a semi-professional DLP 3D printer two years ago. The startup has had Kickstarter success before, and will hopefully see it again with its latest campaign, which is for a project that is, as Lumi’s Manuela Pipino tells us, “closely related to 3D printing.”

The startup has recently been working with 3D visualization and volumetric images (what many may still think of as holograms) and developing its patent-pending VVD (Volumetric Visualization Device). According to the Kickstarter campaign for the VVD, it’s a graphic display device that forms a visual representation of an object in three physical dimensions. The device gives an unlimited amount of people the ability to get a 3D visualization of any 3D content.

3D reconstruction of human jaw from intraoral scan.

“We needed such a technology to be able to revise 3D models before going for 3D printing, but after we have created it, we envisioned many more sectors where it could be of great use like: training/educational, medical/dentistry field, museums/exhibitions, marketing & communication,” Pipino told 3DPrint.com.

The VVD projects the horizontal layers of a 3D model on a special film that is vibrating very quickly, which exploits something called the persistence of vision – a characteristic that enables people to retain an image long after it’s been removed. It’s easy to use – just load any 3D model and hit the View button to create a true tridimensional volumetric visualization of your content.

The startup took the VVD on the road to several international events, such as formnext and CES, and received lots of positive feedback on it – the device was even awarded the Maker of Merit honor at the European Maker Faire in Rome last year. So Lumi decided to launch its VVD on Kickstarter.

While holograms can only be seen from certain angles, volumetric visualizations can be explored from any viewpoint. In addition, more people can share the experience and watch at the same time, and because the VVD doesn’t require additional glasses, eye fatigue is decreased.

“With VVD you can explore the design you have just created or double check all details of the mechanical component you have just developed, like if it was already in your hand, before going for prototyping,” the campaign states. “Because when you design in 3D, you are watching your work on a bi-dimensional screen. Perspective, created through visual effects, allows us to get an idea of the volume and proportions of what we are designing, but, believe us, to watch your model as it really is, is not the same thing!”

Styracosaurus head 3D model.

The VVD has many applications in the medical field, as it offers technicians a new way to look at 3D images created from 2D slices taken from MRI and CT scans. It also keeps people more engaged in the classroom and in museums, due to its interactive nature.

There are still more than three weeks to go in Lumi’s VVD Kickstarter campaign, and the Incredible Early Bird Special is still available – for a pledge of €1,899, you can receive your own VVD by February of 2019. If this cost is a little steep, and you just want to support the startup, €30 will get you a special T-shirt.

Another intriguing Kickstarter campaign was just launched by Pinshape ambassador and 3D printing expert Joe Larson, better known as the 3D Printing Professor on his YouTube channel, where he produces educational and fun content about making, 3D printing, and technology for more than 20,000 subscribers.

Larson has a solution for 3D printer owners who struggle to find high-quality, ready to print models: his fun Low Poly Dinosaur models, which are designed to print easily at home on extrusion-based 3D printers.

“Welcome to Lowpolysaurus park. Kid friendly, whimsical, low-poly dinosaur models for your 3D printer. Designed to print without supports and print with low or no infill. Perfect as a test print or just for fun with gentle angles to minimize sharp edges so they’re suitable for all ages,” the campaign states.

“Help build the whole set and print your own dinosaur park!”

Larson’s Kickstarter, which still has about a month left, blew through its initial funding goal within its first two hours, and then went on to raise twice that goal amount in its first day on Kickstarter.

There are currently four 3D dino models in the set, including Dippy and Trixy, with four additional ones planned thanks to the campaign’s stretch goals and its overwhelming support.


According to Larson’s Kickstarter, “The success of this campaign will determine how many dinosaurs will be modeled. The more it raises, the larger the rewards will be. For your support you will not only receive the 3D dinosaur models developed in this campaign, but you will have a vote in what the next dinosaur will be as the campaign progresses.”

For those pledging to the Triassic tier, you will receive a limited set of 3D dino models and accessories, as voted on by the community. Those pledging to the Jurassic tier will get every dinosaur and accessory model created for the campaign.

The funds raised during the campaign will actually go toward improving the video production quality for Larson’s YouTube channel.

Discuss crowdfunding campaigns and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.