We help machine vision, laser systems, AR displays, life science, and industrial inspection teams turn optical requirements into manufacturable component and module designs.
LumenAxis Optics brings optical design, mechanical constraints, manufacturing processes, and validation into one engineering loop, helping teams reduce trial-and-error, shorten development cycles, and translate design targets into real products.
Built around four goals—clear imaging, accurate beam delivery, manufacturability, and measurable performance—we provide practical design paths for complex optical components and systems.
Imaging lenses, collimators, beam expanders, scanning optics, illumination homogenization, and non-sequential modeling with performance and cost in balance.
Sensitivity models and assembly windows for curvature, thickness, decenter, tilt, material lot variation, and other production variables.
AR, HR, beamsplitting, narrowband filtering, and laser-damage-resistant coating recommendations across visible, NIR, and UV bands.
From drawing review and supplier communication to first-article testing, we build traceable prototype iterations and production-transfer paths.
We do more than deliver individual part drawings. We combine materials, surface geometry, coatings, and inspection criteria into complete component specification packages based on system goals.
Each stage has clear deliverables for customer review, supplier quotation, manufacturing verification, and long-term version management.
Define the application, wavelength range, size constraints, environment, and performance targets.
Identify solution boundaries, technical risks, material options, and manufacturing recommendations.
Create the initial model, predict key metrics, and align with mechanical constraints.
Set manufacturing and assembly tolerances, then confirm critical control items.
Track machining, coating, metrology, and experimental data review.
Finalize drawings, inspection specifications, BOMs, and version-controlled files.
Using MTF, wavefront, transmission, polarization, stray light, and environmental reliability metrics, we keep design performance, prototype results, and batch delivery aligned.
We define measurable criteria during the design stage to avoid the risk of excellent design targets that cannot be verified in production.
Define center, edge, and multi-field image quality targets for prototype test comparison.
Define transmission, reflection, and blocking depth based on wavelength range, angle of incidence, and environmental requirements.
Control wavefront error and system-level aberrations for laser and high-precision imaging applications.
Establish protection standards across materials, packaging, cleaning, shipping, and assembly.
Send your application, target wavelength range, size limits, performance goals, or existing drawings. After an initial review, we will provide a technical path, risk points, and recommended next steps.