Welcome to the era of home-based manufacturing
3DP War Journal #52
The thing that was being proclaimed 10 years ago is becoming reality. Manufacturing products is simpler today than ever before in history. Anyone can become a one-person factory operating from their home!
I don’t know if you’ve heard, but this weekend saw a historic event on Kickstarter. Anker Innovations raised over $46 million in funding for the eufyMake E1 – the world’s first personal printer combining UV technology with the ability to create realistic 3D textures.
No, eufyMake is not a 3D printer – even though many mainstream media outlets claim otherwise. If anything, it’s a 2.5D printer, since the technology has clear limitations in the Z-axis. But the point isn’t whether we’ll use it to print standalone three-dimensional objects.
The point is that it’s another step toward true democratization of manufacturing – this time in the field of marking and personalizing objects with UV inks, a technology that has existed in the industrial space for many years.
Now, it’s starting to become accessible for everyone at home.
Of course, it’s not as obvious or simple as it may seem – I write below about the drawbacks and requirements of full-color UV printing. I’ve owned such a printer myself and know the ins and outs of this technology.
But again – that’s not the point. The point is that an expensive technology, previously only available through outsourcing services, can now be ours for a relatively small amount of money.
Home UV printing in full color and three dimensions
eufyMake E1 was created by Anker Innovations – the maker of chargers, power banks, and electronic accessories, and one of the most successful companies in Kickstarter history. The printer uses photopolymer ink technology, which cures instantly under built-in UV LEDs after being deposited on a surface. This allows not only for high-quality, colorful prints but also for building three-dimensional textures up to 5 mm thick.
That’s why I prefer to call it 2.5D rather than 3D. It’s simply not true additive manufacturing.
This process is similar to inkjet printers, but the key difference is that the ink is UV-curable, forming a durable structure. The printer uses CMYK printheads and supports white ink and varnish, enabling backgrounds and finishing effects on a wide range of surfaces such as wood, metal, glass, ceramics, leather, plastic, and even DTF film.
An additional feature is the precise positioning system with laser and camera, allowing accurate printing on irregularly shaped objects. This enables users to place any object on the work platform, while a rotary module lets them print on cylindrical items like bottles, mugs, or vases.
The print resolution reaches 1440 dpi, producing incredibly sharp details and smooth tonal transitions that rival products from professional advertising studios.
As I mentioned – this technology isn’t new.
I first encountered it in the mid-2010s when Canon offered large industrial Arizona systems, capable of not only 2.5D printing but also printing on difficult surfaces like glass, wood, or stone.
In 2023, I bought for GREENFILL3D a smaller – and at the time, one of the cheapest UV printers on the market – the Aquilla UV from Poland’s Imago Printer. It cost around 20,000 EUR (with additional modules like a vacuum table and a rotary module).
But eufyMake E1 is the first printer in such a compact form factor and price. During the Kickstarter campaign, early backers could get it for $1,499, while the retail price is set at $1,899.
The E1 can be placed on a regular desk, and its operation is much simpler than traditional 3D printers or industrial UV printers.
Another element making the device groundbreaking is built-in AI-powered software that automatically generates height maps for 3D textures based on provided photos or graphic designs. This lets even people with no 3D modeling experience create raised graphics and realistic effects mimicking wood, leather, or metal.
All this resulted in a gigantic, historic success on Kickstarter. The campaign’s initial goal of $500,000 was surpassed within just a few hours of launch.
Ultimately, eufyMake E1 raised $46.76 million, setting a new Kickstarter record as the most-funded campaign in the platform’s history.
It surpassed Brandon Sanderson’s book campaign ($41.7 million) and the Pebble smartwatch ($20.3 million).
When it comes to 3D printers, the record holder had been… AnkerMake M5 from the same company, which raised $8.88 million. Historically, Snapmaker ($7.85 million) and Bambu Lab ($7 million) took the next spots in this category.
So it’s safe to say that we’re dealing with something truly exceptional!
Industrial production at home
Everything indicates that the eufyMake E1 will do for full-color UV printing what the Bambu Lab X1 did for 3D printing.
A total revolution.
Turning the industry upside down.
The end of select companies’ monopoly.
Of course, this doesn’t mean that industrial UV printers will disappear from the market – absolutely not. It simply means the technology will become much more widespread and used on a larger scale.
The number of things you’ll be able to start making at home by yourself will increase dramatically. Moreover – from my own experience, I’ll add that UV printing works perfectly in combination with 3D printing or laser cutting. These are all compatible, complementary technologies.
You can do all this on your own for personal use. But you can also start producing things commercially. On a small scale. On Etsy (or another, more creator-friendly platform).
Your own products, your own machine park, in your own room, in your own apartment.
Something that just a few years ago sounded like a stretch and was merely a marketing slogan from 3D printer vendors is now becoming reality.
But there are limitations
Of course, this is not a solution for everyone. As you all know, 3D printing – even though it’s easier than ever – still requires the user to have at least some basic skills and experience.
With UV printing, it’s similar. This is not a paper printer!
I’m writing this from personal experience:
First of all, you have to take care of the printheads – although the device has an automatic cleaning function, in practice it’s necessary to regularly run maintenance cycles, especially if the printer isn’t used daily. Leaving ink in the heads without cleaning can cause clogging, which is one of the most common causes of breakdowns.
Another important aspect is operating costs. The original UV inks sold by eufyMake are relatively expensive – according to users ordering kits from abroad, the price for a 600 ml set can be around $450-500 including customs fees. Although a single print might cost just a few dollars, with larger production these costs add up quickly.
Safety concerns – printing with UV inks produces a distinct chemical smell, so it’s recommended to work in a well-ventilated room or with an open window. However, the fumes are not as intense as with traditional SLA resins, making the E1 relatively safe for office environments. You should also remember that UV ink leaves permanent stains on skin and clothing, so the manufacturer recommends wearing protective gloves when replacing cartridges or cleaning the tray.
During operation, it’s also important to properly prepare the surface you’re printing on. If the object isn’t flat enough, you’ll encounter resolution issues. If you plan to print on T-shirts, the most time-consuming part will be stretching the fabric and positioning the print on the surface.
Full-color UV printing can be frustrating. And it’s definitely not cheap to operate.
If any of you have experience with PolyJet / MJP technologies, everything related to printheads is basically the same. A real pain in the ass…
The eufyMake E1 is a device that brings a revolution to personal printing. By combining full-color printing, the ability to create realistic 3D textures, and a compact desktop design, it becomes a tool accessible not only to large companies but also to artists, crafters, and small businesses.
It won’t be as easy as described on the Kickstarter campaign page, but it also won’t be as difficult as it was 5-10 years ago.
Despite these challenges, the device opens a new chapter in product personalization, offering quality and effects previously reserved only for the industrial sector.
#7. B9Creations & Loctite partner on material validation
B9Creations and Loctite (Henkel) have validated LOCTITE 3D 3843, a high-performance, semi-flexible resin, for B9’s Core Series 5 & 6 printers. The material offers impact resistance, a matte finish, and a 63°C HDT, ideal for jigs, housings, and insoles. It serves as a strong alternative to ABS and polypropylene, enabling production-grade applications. This collaboration enhances B9’s specialty materials portfolio, supporting industries like medical, aerospace, and luxury goods.
READ MORE: www.voxelmatters.com
#6. MyMiniFactory launched Premium Merchant Program as Etsy alternative
MyMiniFactory has introduced its Premium Merchant Program, a license-based subscription model ($25/month) for legally compliant 3D design production and distribution. Targeting sellers affected by Etsy’s policy changes, it offers exclusive licensed designs, a 10% commission fee (below industry average), and verified store features. The platform ensures fair creator compensation and combats illegal reprints. Benefits include global visibility and access to 150,000+ licensed designs, mainly in tabletop and model-making. The program aims to bridge digital and physical manufacturing with secure licensing.
READ MORE: www.3printr.com
#5. Formlabs partnered with DMG Mori for Japanese distribution
Formlabs teamed up with DMG Mori to expand in Japan. DMG Mori’s division Technium became an official reseller of Formlabs’ printers, helping manufacturers integrate 3D printing into traditional workflows. The partnership highlighted the synergy between additive and subtractive manufacturing, promoting efficiency and cost savings. The collaboration followed a successful Tokyo event, where both companies showcased integrated solutions.
READ MORE: www.voxelmatters.com
#4. Authentise launched bundled software for AM manufacturers
Authentise introduced a bundled software package combining Autodesk Fusion and its Flows platform for additive manufacturing. The integration created a seamless digital thread, linking design, simulation, and production management. Two options were offered: a Polymer Bundle ($33,000/year for 5 users) and a Metal Bundle ($46,500/year) with added simulation and milling. Payment terms were flexible, with no upfront license fees. The solution aimed to help SMEs streamline AM workflows, particularly those already using Fusion.
READ MORE: www.fabbaloo.com
#3. Inkbit launched COT materials for mmWave applications
Inkbit introduced its Cyclic Olefin Thermosets (COT) materials, designed for low-loss dielectric performance in mmWave applications like antennas and waveguides. The materials enable monolithic 3D printing of GRIN lenses and beam-steering structures, eliminating traditional multi-step manufacturing. COT offers thermal stability, mechanical strength, and validated performance up to 90 GHz. Targeting telecom, aerospace, and defense sectors, Inkbit's solution aims to simplify production of high-performance RF components while maintaining precision through its Inkbit Construct software.
READ MORE: www.tctmagazine.com
#2. Shining 3D launched EinScan Rigil Tri-Mode 3D scanner
Shining 3D introduced the EinScan Rigil, a professional-grade Tri-Mode 3D scanner combining computing, wireless connectivity, and hybrid light technology. Designed for automotive aftermarket and industrial applications, it delivers 0.04 + 0.06 mm/m accuracy with three scanning modes: standalone, wireless (Wi-Fi 6), and wired PC. The scanner features 19+19 crossed lasers, 7 parallel lasers, and an IR VCSEL projector for marker-free operation, plus sunlight-resistant performance. Bundled with EXScan Rigil software, it supports automotive, medical, and digital modeling workflows.
READ MORE: www.voxelmatters.com
#1. 3D Systems received FDA approval for 3D printed nerve repair device
3D Systems, in collaboration with TISSIUM, achieved FDA De Novo approval for COAPTIUM CONNECT – the first 3D bioprinted, bioabsorbable device for peripheral nerve repair. Combining TISSIUM’s programmable polymers with 3D Systems’ bioprinting, the sutureless solution enables atraumatic nerve regeneration. The company, a leader in medical 3D printing, has supported 150,000+ patient cases and 2M+ implants. This breakthrough expands its regenerative medicine efforts, including organ scaffold development with United Therapeutics.
READ MORE: www.tctmagazine.com