# Optics and Photonics Manufacturing in Rochester, New York > Source: https://netray.co/manufacturing/rochester-new-york-optics-photonics-manufacturing > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: Manufacturing Hubs ## Short answer Rochester is one of the best known US centers for optics, imaging and photonics, built on a long history of imaging companies and strong university research. Shops here grind, polish, coat, assemble and test optical components and systems for defense, medical, industrial and scientific customers. This guide covers the ecosystem, the requirements that shape quoting and quality, and where ERP and private AI help. ## Kind region ## Country United States ## Area New York ## Intro Rochester is one of the best known US centers for optics, imaging and photonics, built on a long history of imaging companies and strong university research. Shops here grind, polish, coat, assemble and test optical components and systems for defense, medical, industrial and scientific customers. This guide covers the ecosystem, the requirements that shape quoting and quality, and where ERP and private AI help. ## Industries ### Precision optical components **Detail:** Lenses, prisms, windows, mirrors and filters made by grinding, polishing, diamond turning and coating, often in low to medium volumes with tight surface figure, scratch-dig and centration tolerances. ### Imaging and sensing systems **Detail:** Cameras, electro-optical payloads, lens assemblies and test equipment, where optics, mechanics and electronics are integrated and aligned by hand and by fixture. ### Ophthalmic and medical optics **Detail:** Contact lenses, intraocular components and instrument optics, which bring FDA quality system and lot traceability requirements into an otherwise optics-driven workflow. ### Defense and aerospace optics **Detail:** Components and subsystems for sensors, targeting, night vision and space instruments, usually build to print under ITAR with first article and certificate of conformance paperwork. ### Laser and photonic components **Detail:** Laser optics, coatings for high power use, and photonic integrated circuit packaging and test, closely linked to university and institute research programs. ## Ecosystem ### University of Rochester, The Institute of Optics **Type:** university **Note:** A long established optics degree program and research institute that supplies engineers and spin-out companies to the region. ### Laboratory for Laser Energetics (LLE) **Type:** university lab **Note:** A University of Rochester laboratory known for inertial confinement fusion and high energy laser research, home to the OMEGA laser. ### Rochester Institute of Technology (RIT) **Type:** university **Note:** Offers imaging science, photonics and engineering programs and a large cooperative education program that feeds local employers. ### AIM Photonics **Type:** federal institute **Note:** The American Institute for Manufacturing Integrated Photonics, a federally supported public private institute with New York activity including test, assembly and packaging. ### Luminate NY **Type:** accelerator **Note:** A Rochester based accelerator program for startups in optics, photonics and imaging. ### Greater Rochester Enterprise **Type:** economic development **Note:** The regional economic development organization that markets the area to employers and site selectors. ### Eastman Kodak Company **Type:** anchor manufacturer **Note:** The Rochester imaging company whose history underpins much of the regional optics and imaging talent base. ### Bausch + Lomb **Type:** anchor manufacturer **Note:** An eye health company with a major presence in Rochester, relevant to ophthalmic manufacturing. ### SPIE and Optica **Type:** professional society **Note:** The two major international optics and photonics societies whose standards committees and conferences shape the field. ## Requirements - ISO 10110 optical drawing notation and MIL-PRF-13830 scratch-dig surface quality - ITAR registration and export controls for defense optics, managed by the manufacturer - ISO 9001 and AS9100 for aerospace and defense supply chains - ISO 13485 and FDA 21 CFR 820 for medical and ophthalmic products - DFARS flowdowns and NIST SP 800-171 for controlled unclassified information - Certificates of conformance, lot traceability and glass melt data retention ## Sections ### What optical shops here make and for whom **Body:** Rochester shops tend to be small to mid sized, with deep process knowledge in a narrow band: spherical and aspheric polishing, thin film coating, diamond turned metal optics, or opto-mechanical assembly. Many sell build to print to primes and instrument makers, while others design their own catalog or custom parts. That mix means a single plant may run one-off prototypes next to repeat production lots. Routings are short on paper but long in practice, because each part passes through blocking, grinding, polishing, cleaning, coating and inspection with frequent rework loops. ### Quoting and estimating realities **Body:** Optics quotes depend on yield more than on machine time. Surface figure in waves, scratch-dig, wedge, centration and coating specifications change the expected scrap rate, and the same drawing can be cheap or very costly depending on glass type and tolerance stack. Estimators often rely on personal experience and old quotes. Glass is bought by the melt or blank, so material cost, minimum buys and lead time matter. A useful estimate captures glass, tooling reuse, polishing hours, coating run sharing and an honest yield factor, then records the actual result so the next quote improves. **Bullets:** - Yield and rework loops are the biggest swing factor in optics quotes - Coating is often a batch process shared across jobs, so cost allocation needs care - Tooling such as pitch laps and test plates can be reused across jobs and should be tracked ### ERP and systems commonly seen **Body:** Smaller optics shops often run JobBOSS or E2, or spreadsheets with a quality system alongside. Mid sized manufacturers may use Epicor Kinetic, Infor SyteLine/CloudSuite Industrial, NetSuite, Plex or SAP Business One. Larger medical and imaging manufacturers run enterprise systems with separate MES and quality platforms. Common gaps are lot genealogy of glass blanks through polishing and coating, capturing interferometer and spectrophotometer results against the job, and linking drawings, test reports and certificates of conformance to shipments without manual searching. ### Compliance and data handling **Body:** Defense optics brings export control and controlled unclassified information obligations. Drawings, test data and customer specifications must stay inside controlled systems, and access must be limited to authorized persons. The manufacturer owns these obligations, not the software vendor. This is a natural fit for on-prem or private deployment of AI. Open-weight models served on the customer's own hardware can search drawings and quality records without sending content to a public service, so the shop's existing access controls and logging still apply. ### Where private AI on ERP and documents helps, and where it does not **Body:** Useful targets include asking the ERP plain-language questions about open jobs, late coating batches, scrap by operation and glass inventory, and retrieving the right drawing revision, test report or past quote from file shares. Read-only access with visible queries keeps results checkable. It does not replace metrology, process engineering judgment or a proper quote model. If a shop has a handful of customers and a clean ERP, the vendor's built-in reports may be enough. AI pays off when information is scattered across ERP, shared drives and email. ## Faq ### Why is Rochester associated with optics and photonics? **Answer:** Rochester developed a deep base of imaging and optics companies, a major university optics program and research labs. That concentration produced engineers, suppliers and startups over many decades, and it continues through programs such as AIM Photonics and regional accelerators. ### Do Rochester optics shops need ITAR registration? **Answer:** Only if they manufacture or export defense articles or technical data covered by the US Munitions List. Many commercial and medical optics shops do not. Those that do must register and manage export controls themselves, and their systems need to restrict access to controlled data. ### What ERP do small optics manufacturers use? **Answer:** Small shops commonly use JobBOSS or E2, while larger ones use Epicor, Infor SyteLine, NetSuite, Plex or SAP. The right choice depends on lot traceability needs, medical or defense compliance and how much shop floor tracking is required. ### Can AI be used on optical drawings and test reports without leaking data? **Answer:** Yes, if the model runs on hardware the shop controls, such as an on-prem GPU server, and retrieval respects existing permissions. Public chat services are a poor fit for controlled drawings. Verify handling with your own compliance lead. ## Search terms rochester ny optics manufacturing, photonics companies rochester ny, rochester optical manufacturing companies, ERP for optics manufacturers, optical lens manufacturing quoting software, ITAR optics manufacturing New York, AIM Photonics New York --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json