Reflective metal
Bar light makes a faint scratch visible. Open the metal comparison and send the part.
Machine vision lighting manufacturer
Machine vision lighting, optics, and control for industrial inspection.
Send a good part and a bad part, or the images. LuxMV returns the geometry that separated the feature, the comparison, and the candidate series.
- Product scope
- Lights, controllers, optics, cameras, accessories
- Selection basis
- Geometry, wavelength, surface response, timing
- Project input
- Sample images, drawings, FOV, WD, speed, mounting
Start with the feature you need to reveal.
How do you select the right machine vision lighting for specific defect features?
Open the defect, then the series. Send the part.
Solder joints
A ring light separates the fillet from the pad. Send the board.
Moving film
Side light shows the film surface. Send line speed and a sample image.
Semiconductor features
Match wavelength and geometry to the wafer or package feature.
FPD glass
Coaxial and backlight scenes for glass, film, and display edges.
Battery tabs
Backlight separates tab edges and film outlines.
Automotive parts
Dark-field and ring scenes for seals, pins, and cast surfaces.
Medical packaging
Backlight and spot scenes for bags, vials, and inserts.
Application scenes
What does a typical machine vision inspection lighting setup look like?
Workpiece beside the lit result. Send the part for the series.
Product families for controlled industrial imaging.
Which machine vision lighting product family fits your industrial imaging requirements?
Open a family, then the model table.
| Product Family | Primary Application | Key Specifications |
|---|---|---|
| Ring & Bar Lights | Surface defect and edge detection | High-intensity, multi-angle illumination |
| Coaxial & Backlights | Reflective surfaces and profile measurement | Uniform diffuse light, shadow elimination |
| Line-Scan Lights | Continuous web and film inspection | Ultra-high brightness, focused linear output |
| Controllers & Lenses | Precise timing and dimensional imaging | Strobe control, telecentric optical design |
Machine Vision Lighting
Ring, bar, coaxial, backlight, line-scan, UV, IR, and SWIR lighting for controlled image contrast.
Custom Lighting
Application-specific wavelengths, optical structures, housings, and form factors for non-standard inspection tasks.
Fiber-Optic Lighting
Fiber-optic illuminators and light guides for localized, microscopic, and space-constrained inspection.
Lighting Controllers
Trigger, strobe, intensity, and multi-channel controllers for repeatable illumination timing.
Industrial Lenses
Telecentric, fixed-focal-length, and macro lens options for dimensional imaging and fine-detail inspection.
Industrial Cameras
Area-scan and line-scan camera options for industrial image acquisition and inspection.
Optical Accessories
Diffusers, polarizers, mounting hardware, and optical accessories for system integration.
Make the supplier decision from visible engineering context.
Why trust LuxMV for your automated inspection lighting systems?
Drawings, the lab, and the inspection record are on these pages.
Manufacturing capability
Review standard builds, custom structures, cabling, drawings, and documentation context.
Testing laboratoryUse sample context and test variables to compare likely lighting and imaging routes.
Quality controlCheck how optical, electrical, thermal, mechanical, and documentation details are handled.
What project inputs are required for an accurate lighting recommendation?
Send the part, the feature, field of view, and working distance.
- Target
- Part, feature, defect, or finish
- Image geometry
- Field of view, working distance, lens
- Surface response
- Reflection, texture, translucency, colour
- Production condition
- Speed, exposure, trigger, installation space
How does our lighting evaluation and selection process work?
Three steps from the defect to the series.
Frame the inspection condition
Describe the part, the feature to reveal, and the image outcome the inspection must support.
Compare the optical route
Evaluate geometry, wavelength, diffusion, polarization, optics, and control against the actual constraints.
Validate the next action
Use drawings, product data, sample context, and project details to define an appropriate next step.
Frequently asked questions about machine vision lighting selection
Wavelength, glare, and strobe.
What wavelength is best for machine vision inspection?
Match the colour on the series row. Red or white for general parts, blue or UV for fine metal scratches, IR when the material needs it. Send the part.
How do I eliminate glare on highly reflective metal surfaces?
Use coaxial light, a polarizer, or a dome. Send the part for the comparison.
When should I use a strobe controller instead of continuous lighting?
Use a strobe controller when the part is moving. Pulse width and current sit on the controller model row.
A short route to a defensible next step.
Are you ready to optimize your machine vision inspection lighting?
Send the part or ask for the series.