Use this page as the proof-first structure for LuxMV application cases. Each case should start with the imaging problem, show before/after evidence, document optical settings, and end with the constraints an engineer must confirm before copying the setup.
Glare can hide shallow scratches or make background texture look like defects.
Poor contrast, glare, shadow, blur, or missed defect. Replace this slot with approved project evidence.
Validated setup image with lighting geometry and capture parameters recorded.
Upload before/after images with camera, lens, FOV, WD, light geometry, wavelength, exposure, and controller mode.
Edges, holes, glass outlines, and dimensional boundaries need stable contrast across part position changes.
Poor contrast, glare, shadow, blur, or missed defect. Replace this slot with approved project evidence.
Validated setup image with lighting geometry and capture parameters recorded.
Record backlight or collimated-light comparison images with fixture limits and required measurement tolerance.
Uniformity, heat, exposure time, line speed, and trigger timing often define whether an image is usable in production.
Poor contrast, glare, shadow, blur, or missed defect. Replace this slot with approved project evidence.
Validated setup image with lighting geometry and capture parameters recorded.
Compare line-scan images by speed, exposure, current mode, duty cycle, and working distance before approving the light.
docs/templates/luxmv-case-study-before-after-template.md.A useful case study should show the inspection target, material, defect or feature, before and after images, camera and lens setup, field of view, working distance, lighting geometry, wavelength, controller mode, exposure, speed, and known limitations.
No. Case pages should only claim results that are supported by project images, settings, drawings, or approved customer evidence. Unsupported claims should stay as test hypotheses or engineering notes.
Match the closest case pattern, then send the workpiece material, target feature, camera, lens, FOV, WD, speed, trigger mode, sample images, and constraints so the lighting path can be evaluated.