We invented rotational resin 3D printing. Now we’re delivering 10+ years of R&D and patents through partnerships, for the big missions, projects, companies and people who will build what comes next.
For decades the great leaps happened in software. The next ones happen in things you can hold.
Ideas want to be real
A design that stays on a screen is a promise. A part in your hand is proof.
Making is the hard part
Anyone can now create a model in minutes. Turning it into something that holds up is a question of light, material and motion.
Freedom to create
If it can be imagined, it should be possible to make it, anywhere in the world, by many hands.
The original
2013
We invented rotational resin 3D printing.
Orange Maker was founded in 2011 by Kurt Dudley and Doug Farber. Two years later we filed for heliolithography: stereolithography that combines UV light and rotation to build a part as one continuous spiral. We kept refining it while the technologies around it matured. That moment has arrived.
US PATENT 9,321,215
3D printing using spiral buildup
The founding patent for rotational spiral SLA
Priority
12 Mar 2013
Issued
26 Apr 2016
Inventor
Kurt Dudley
Assignee
Orange Maker
Today: 20+ issued patents in the US and key international territories. View the patent ↗
Conventional resin printers cure a whole layer, peel it away, lift, wait for resin to flow back and repeat. Heliolithography cures with high-power UV, from radial lines and pie slices to the whole build area, while the part turns and rises, so it grows as one continuous spiral.
1
Light engineHigh-power UV, projected from below.
2
Cure zoneRadial lines, a pie slice or the whole build area.
3
RotationThe part turns through the light without stopping.
4
Z riseIt climbs steadily, one spiral pitch per turn.
5
Resin flowEvery turn sweeps fresh resin into the zone.
LayersExpose, stop, peel, lift, recoat. Hundreds of times.One spiralThe part turns and rises without stopping.
Radials, slices or the full area
High-power UV cures radial lines, a pie slice or the whole build area while the part keeps turning.
Use the full build area, and scale.
Motion never stops
No expose, peel, lift and recoat cycle.
The light is always working.
Rotation moves the resin
Fresh material keeps arriving behind the strip.
Thick, filled and composite resins become printable.
Why now
Now it’s ready to scale.
This is how technology moves: a breakthrough waits for the fields around it. Rotational printing needed advances in photonics, materials, scanning, data and AI to arrive together. They have, and the platform is ready to scale.
PhotonicsHigh-power UV light engines became affordable.
MaterialsPhotopolymers reached engineering grade.
Scanning3D capture moved onto everyday devices.
Data and computeLarge models move and process in the cloud.
AIText and images become 3D models in minutes.
The thesis
People design it. OM tech makes it real.
Engineers, makers and companies bring the ideas. OM brings the process that turns them into real parts, and uses AI to make that process faster and easier to run.
What partners receive
Everything needed to build, already worked out.
A license is more than a patent. It comes with the full engineering package and a team that has done this before.
01
Reference schematics
Mechanical and electrical
02
Bill of materials
With qualified suppliers
03
Firmware
Rotary, Z and cure control
04
Toolpath software
Spiral slicing and part encoding
05
Process parameters
Tuned per material
06
Material profiles
From our resin partners
07
Test protocols
For qualification
08
Engineering support
Plus technician certification
Where it goes
One process, many hands.
We’ve done the heavy lifting. The components, manufacturers and supply partners are already mapped. We help you put it all together, deploy the technology and license it for your field of use.
01
Printer makers and print farms
Build rotational systems on the original patented process, then scale them into automated print farms that put production wherever it’s needed.
02
Dental and medical
Personal devices, made close to the patient.
03
Defense and sustainment
Spare parts made when and where they are needed.
04
Materials science
Formulations designed for a process that welcomes thick resins.
05
Repair and reuse
Keeping products in use instead of in landfill.
06
Skilled trades
Careers for leading-edge engineers and technicians around the world, running and qualifying the platform.
Build with us
Let’s work together.
Inquire about partnerships and licensing.
Tell us your field
What you want to make, and for whom.
We put it together
Components, manufacturers and partners, already mapped.
Deploy and license
Licensed for your field of use, with our team alongside you.