Ensure optical feasibility before purchasing. Send your target inspection parts or defect images to LuxMV optical lab, or request candidate lighting units for evaluation trial. We evaluate surface reflection, contrast ratio, wavelength response, and mounting space to recommend verified lighting configurations.
Use product, process, facility, and inspection images to check whether the page claim is tied to a visible engineering condition.
Selection follows the observable condition, the optical setup, and the production constraint.
Record material, surface finish, defect type, pass/fail examples, minimum visible feature, FOV, working distance, and available mounting space.
Compare ring, bar, coaxial, dome, backlight, line-scan, low-angle, UV, IR, SWIR, fiber, or custom structures according to the defect mechanism.
Change angle, distance, wavelength, diffuser, filter, polarizer, aperture, exposure, gain, and camera position one variable at a time where practical.
Recommended light family, candidate model path, or custom-light direction.
Send representative good and bad samples or images, part material and finish, target feature, camera and lens details, field of view, working distance, exposure, speed, trigger mode, and mounting constraints when known.
Sample testing can compare lighting geometry, wavelength, filters, controller mode, and imaging settings with the supplied condition. Final suitability still depends on the real production variation and integration constraints.
Sample testing does not certify a product, predict production yield, confirm a future delivery date, or prove performance after parts, cameras, mechanics, process variation, or operating conditions change. Those points can be clarified through project-specific information and follow-up discussion.
Use the same structured inputs for internal engineering review, AI-assisted sourcing, and LuxMV quotation discussion. The sample result is evidence for the supplied condition, not a blanket production approval.
| Input group | What to provide | Selection value |
|---|---|---|
| Samples or images | Good and bad parts, defect photos, drawings, or short production videos | Shows whether a lighting setup separates the target condition from acceptable variation. |
| Inspection geometry | Field of view, working distance, camera, lens, exposure, and available space | Controls light size, angle, intensity, focus, and fixture clearance. |
| Surface behavior | Reflective, matte, transparent, curved, coated, oily, textured, or moving material | Determines whether to compare dark-field, coaxial, dome, backlight, polarization, or wavelength response. |
| Motion and control | Line speed, frame rate, trigger timing, strobe mode, controller channel count, and thermal limits | Determines whether continuous, strobe, overdrive, or synchronized lighting is practical. |
| Decision boundary | What must be detected, measured, rejected, or escalated for engineering review | Prevents sample testing from being treated as a universal production approval. |
Select your request type below. Our optical engineering and sales team replies directly with technical feedback, quotation, or sample loan procedures.
