A polymer-optics manufacturer engineered around the failures that show up after PPAP.
Sandia Optical Systems designs, molds, coats, and verifies precision polymer optics under one roof in Albuquerque, New Mexico. We exist because optical programs slip late — and slipping late is preventable when the cell that knows the failure mode is the cell that owns the process.
Why Sandia exists
Polymer optics are won and lost on process. The conventional split — optical design at one company, tooling at another, molding at a third, coating at a fourth, metrology farmed out — is the structural reason programs slip late: the cell that understands the failure mode is rarely the cell that owns the process that produces it.
Sandia was built to close that gap. Optical and mechanical design, tool ownership, all-electric injection molding, single point diamond turning, evaporative coating, contract coating, assembly, and metrology share one floor and one program owner. That is what we mean by process-driven DFM.
Process-driven DFM, defined
Optical evidence is named up front.
The wavefront, transmission, scatter, MTF, and cosmetic criteria the program will release on are documented before tool kickoff. Every downstream process decision is judged against that list.
DFM is a loop, not a slide.
Tool design, mold flow, coating stack, and metrology plan are reviewed against each other. When the loop closes, the program is ready to start cutting steel — not before.
Process drift is caught at the cell.
The molding operator, the coating tech, and the QC technician who see the first signature of drift are trained and authorized to escalate it before it propagates downstream. That is why Sandia organizes around cells, not departments.
Three commitments to the engineering teams we work with
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Commitment 01
Failure modes surface before tool steel cuts.
DFM at Sandia is a documented loop between optical design, tooling, molding, coating, and metrology — not a slide in a kickoff deck. The optical evidence the program will release on is named up front, and tool decisions are made against it.
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Commitment 02
Every claim is paired with a process or a measurement.
We don't ship superlatives. When we say a coating survives the validated cleaner regimen, the adhesion and humidity-cycle data lives in the release file. When we say a press holds the window, the scientific-molding study is in PPAP.
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Commitment 03
When polymer is the wrong answer, we say so.
Glass, hybrid stacks, or a different partner — we'd rather lose a quote than ship a program polymer can't carry. That posture is what earns the next ten programs from the same engineering team.
One floor, one program owner.
Sandia's Albuquerque facility houses optical and mechanical design, tool ownership, all-electric injection molding, single point diamond turning, evaporative coating chambers, contract coating operations, lens-stack assembly, and the metrology lab that produces release evidence — in adjacent cells, not in separate buildings or separate companies.
Capacity, press counts, chamber counts, and machine specifics are documented per program under NDA. The capabilities pages carry representative specifics; program-specific tolerances and run rates are confirmed in scoping.
Brief history
Sandia Optical Systems was founded in 2008 to consolidate the polymer optics value chain that the industry had pulled apart. The company's process and quality system was built from day one around medical-device and defense program expectations — and the engineering culture has stayed engineer-to-engineer ever since. ISO 9001:2015 certification followed in 2012, and ISO 13485:2016 scope for medical-device component work was added in 2017. The Albuquerque facility has been consolidated under one roof since 2015.
Certification posture
Sandia maintains the certifications and registrations below in support of automotive, medical-device, and defense customers. Certificate numbers, effective dates, and scope language are confirmed under NDA and not published on this page.
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ISO 9001:2015 certified
Quality management system covering the design, manufacture, and verification of precision polymer optical components and subassemblies. Certificate number and effective dates confirmed under NDA.
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ISO 13485:2016 certified
Scope: design, development, and manufacture of optical components and subassemblies supplied to medical-device customers. Sandia supplies components; the device manufacturer owns the regulatory submission and the device-level quality record.
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ITAR-registered with US Department of State DDTC
Registration supports defense and dual-use program work that falls under the United States Munitions List. Export-control posture, USML categorization, and authorized-personnel policies confirmed under NDA.
Bring us the program polymer optics keeps slipping on.
Send the prescription, the validation regimen, and the failure mode you're worried about. We will tell you which evidence Sandia can hand your team before tool kickoff — and where polymer is the wrong answer.