Verified parts
Build: from design to verified parts.
Once the design is proven, source prototypes and first production runs through Opdo. Every part is measured against the design before it reaches you, and what we measure feeds back into the next design.
Need the design first? Get an engineer on your project →Surface form scan against the design
The challenge today
Weeks chasing quotes, months waiting, and parts you can't fully trust.
Today, finding the right supplier means cold calls and slow quotes. When parts arrive, you take the supplier's word that they meet spec, but not all do.
Industry averages today
Engineers wait weeks just for a price.
Custom optics lead times stretch into months.
Most parts fail to meet spec on first delivery.
Source, route, verify
One request in, a verified part out.
Most of a project goes to verification. Opdo takes that off your plate.
- 01
Send your design or spec
STEP, ISO 10110 PDF, ZMX, SEQ, and others.
- 02
We route to the right supplier
Each job goes to the producer best suited to it on technology, material, size, tolerance, lead time, and price.
- 03
We verify before it ships
Parts are measured against the design intent on state of the art metrology.
- 04
One platform
You run the purchasing and QA through one platform instead of managing suppliers yourself.
The Opdo offer
A live map of who can make what, at which spec.
Opdo maintains a current map of suppliers and their capabilities across technologies, materials, sizes and tolerances. Sourcing gets easier and accelerated by AI.
Each part routed to the process that suits it
Opdo doesn't just run one factory. It routes each part to the right one.
What we route to
State-of-the-art fabrication, matched to your part.
Opdo routes each job to partners running the right process for the geometry, material, and tolerance. Representative capabilities below. Exact numbers refine per quote.
Conventional grinding and polishing
The established subtractive route for spheres, flats, prisms, and aspheres across most catalog glasses, from millimeters to large mirrors.
Form λ/4 to λ/20 P-V · Roughness 1–5 nm Ra · Ø 5–500 mm · Prototype to high volume
Single-point diamond turning (SPDT)
Direct precision cutting for freeforms, off-axis surfaces, and metals, IR crystals, and polymers that conventional polishing can't handle.
Form λ/4 to λ/10 P-V · Roughness 3–10 nm Ra · Ø 5–300 mm · Prototype to medium
Magnetorheological finishing (MRF)
A magnetically controlled abrasive fluid corrects residual error with sub-nanometer control. The standard finishing pass for high-precision aspheres and freeforms.
Form to λ/20 P-V · Roughness below 1 nm Ra · Ø 5–300 mm · Prototype to small batch
Xolography
Volumetric printing that forms fully 3D components in liquid resin using intersecting light beams. No molds, no tooling, very fast iteration.
Resolution 5 µm · Min feature 10 µm · Roughness ≤ 10 nm Ra · Ø 5–50 mm · Prototype
Printoptical
Drop-on-demand inkjet and UV curing for large-format optics with complex features and textures, straight from digital designs.
Tolerance ~10 µm · Roughness ~15 nm Ra · Up to 600 × 600 × 6 mm · Prototype to low volume
Two-photon polymerization
Laser direct-write of micro- and nano-scale 3D structures with sub-micron precision, including fiber-tip integration impossible by conventional means.
Ø 50 µm–5 mm · Lateral resolution 100 nm · Min feature < 200 nm · Roughness < 5 nm Ra · Prototype, research
Photolithography
Mask exposure and etching for diffractive elements, gratings, holograms, and microlens arrays, with sub-micron features at wafer scale.
Min feature 0.5 µm · Multi-level depth, sub-100 nm vertical · Up to Ø 200 mm wafers · Prototype to medium
Coating capabilities
AR, HR, dichroic, narrowband, bandpass, polarizing, dispersive, conductive, and protective coatings, sourced across the full performance spectrum from cost-sensitive to laser-grade.
AR · HR · dichroic · narrowband · bandpass · polarizing · UV 200 nm to far-IR 12 µm · Up to Ø 500 mm
Magnetron sputtering
The workhorse of coating production. Dense, durable layers at higher rate and lower cost for mid- to high-precision AR, HR, dichroic, and filter work.
Sub-nm thickness control · Tens to hundreds of ppm absorption · LIDT 5–25 J/cm² at 1064 nm · Up to Ø 400 mm
Ion beam sputtering (IBS)
The lowest-loss, highest-damage-threshold route. Atom-by-atom layers for laser-grade coatings and narrowband filters where absorption and scatter must be minimized.
Sub-nm thickness control · < 5 ppm absorption · LIDT > 50 J/cm² at 1064 nm · Up to Ø 300 mm
Next step
Send us your design.
We'll source it, verify it, and confirm it meets spec before it reaches you.