Orange Maker · since 2013

3D printing is the physical side of AI.

OM invented rotational resin 3D printing. Now we license it: the patented process, the schematics and more than ten years of R&D, for the companies and people who will build what comes next.

Partner with OM

What we believe

For decades the great leaps happened in software. The next ones happen in things you can make.

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

OM invented rotational resin 3D printing.

Orange Maker was founded by Kurt Dudley and Doug Farber, who met in 2011. In 2013 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, and now we’re licensing it to builders.

Kurt Dudley and Doug Farber, founders of Orange Maker

Kurt & Doug

Founders

Read our story →

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: the foundation of a growing patent portfolio, with more in the pipeline. View the patent ↗

A highly configurable, IP-protected process

The part never stops moving.

Heliolithography is a rotational spiral buildup method. The build plate rotates and rises at the same time, so the part grows continuously along one helical path, with no layer-by-layer stop and start. High-power UV cures radial lines, pie slices or the whole build area, configured for each build. The method is protected by Orange Maker’s patent portfolio.

RADIALPIE SLICEFULL AREA12345
  1. 1
    Light engineHigh-power UV, projected from below.
  2. 2
    Cure zoneRadial lines, a pie slice or the whole build area.
  3. 3
    Rotating build plateTurns the part through the light without stopping.
  4. 4
    Z riseIt climbs steadily, one spiral pitch per turn.
  5. 5
    Resin flowEvery turn sweeps fresh resin into the zone.
EXPOSEPEELLIFTRECOAT
SLA · Layer by layerExpose, then stop to peel, lift and recoat. Every single layer.
LIGHT ON · CONTINUOUS
HL · One spiralThe light stays on while the part turns and rises without stopping.

Illustrative animation, not to scale.

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.

Resins across a range of viscosities, including thicker materials than other systems can process.

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.

Our mission

We built the blueprint. You build what’s next.

OM doesn’t sell printers, and the process isn’t open source. We license it, and bring partners what we’ve learned in more than ten years of R&D, along with recommended partners to build with. One company can only make so much. Many builders, starting where we left off, can change how things are made.

Working with OM

Powered by OM.

Every partnership draws on what we’ve developed, our recommended partners and the team that built it. Depending on your field, that can include:

01

Reference schematics

Mechanical and electrical

02

Bill of materials

With recommended 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

PRINTER MAKERSPRINT FARMSDENTAL & MEDICALDEFENSE & SUSTAINMENTMATERIALS SCIENCEREPAIR & REUSEPOWERED BY OM · POWERED BY OM · POWERED BY OM · POWERED BY OM · POWERED BY OM · POWERED BY OM · POWERED BY OM · POWERED BY OM · PRINTER MAKERSPRINT FARMSDENTAL & MEDICALDEFENSE & SUSTAINMENTMATERIALS SCIENCEREPAIR & REUSE
Powered by OMOne process at the center. Many builders around it.

Where it goes

The next phase of manufacturing is decentralized.

You build it, under license, with our team and recommended partners alongside you as you bring the process into your field.

01

Printer makers and print farms

Build your own rotational systems on the patented process, then scale them into automated print farms wherever production is 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 across a range of viscosities, including thicker resins than other systems can handle.

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.

Licensing and partnerships

We license and partner. Together we fit it to your field.

We work with you to match our technology to your industry, and to lower the barrier to adopting new manufacturing tech.

Who licenses OM

  • Printer makersBuild rotational resin systems on the patented process.
  • Application companiesDental, medical and defense teams making their own parts in-house.
  • Print farms and manufacturersProduction capacity, close to where parts are needed.
  • Materials partnersResins across a range of viscosities, including thicker materials the process makes printable.

Build with us

What will you build?

Bring the application. We’ll bring everything we’ve learned. Inquire about partnerships and licensing.

Evaluate

A technical review of the platform against your application and roadmap.

Pilot

Your engineers and ours develop it together for your application.

License and scale

Production under license in your field, with our support.

hello@orangemaker.com

© 2026 Orange Maker · OM3D · Advanced hard tech for additive manufacturing