LuxMV is a machine vision lighting manufacturer and supplier that discusses custom lighting projects with equipment builders, system integrators, inspection teams, and technical procurement teams.
Visual proof
Custom decisions need visible optical evidence
Custom lighting should be discussed from the target surface, optical path, manufacturing envelope, and test result instead of a generic capability list.
Qualification path
Start from the inspection evidence, then define the custom scope
Custom lighting becomes credible when each request is tied to a real surface, defect, optical path, and machine constraint. This section keeps the buyer answer short and moves the decision into visible engineering inputs.
LuxMV supplies custom and standard machine vision lights, fiber optic lights, strobe controllers, lenses, cameras, filters, diffusers, mounting accessories, and related optical selection support for industrial inspection projects.
Custom discussions can include emitting area, LED wavelength, lens or diffuser choice, housing shape, mounting hole pattern, cable outlet, connector, controller mode, labeling, packaging, and the technical documentation needed for integration.
MOQ is confirmed by the selected product family, engineering changes, labeling or packaging scope, sample requirement, and whether the request is for evaluation, pilot production, or repeat supply.
RFQ inputs
Five inputs make a custom lighting quote actionable
Keep the page scannable: define the part, defect, geometry, motion, and mechanical limit before asking for housing, wavelength, controller, or mounting changes.
Target defect, feature, measurement, code, alignment, or presence check
Defines the contrast target and what the lighting must separate.Material, finish, coating, transparency, curvature, oil, dust, or texture
Determines whether dark-field, coaxial, dome, polarization, backlight, or wavelength testing is useful.Field of view, working distance, camera, sensor, lens, exposure, and pixel target
Connects emitting area, intensity, lens choice, resolution, and mounting distance.Line speed, cycle time, frame rate, trigger mode, and strobe requirement
Determines continuous, strobe, overdrive, or synchronized controller needs.Space envelope, mounting holes, cable outlet, connector, heat, dust, liquid, and service access
Determines whether catalog lighting can fit or a custom housing is required.Engineering support
One page should show the route, not bury the reader in process text
The interaction below stays as the process overview. The surrounding content is reduced to the minimum needed for trust and inquiry.
ENGINEERING INPUTS
Optical feasibility discussion
Part material, surface finish, target defect type & pass/fail threshold
KEY DELIVERABLE
✨ Illumination direction, wavelength choice (SWIR/UV/RGB) & angle fit
Engineering scope
Four custom decisions, each tied to an inspection constraint
01ILLUMINATION
Optical Geometry
- Lighting geometry matched to the inspection objective
- Options for ring, bar, backlight, coaxial or low-angle illumination
- Consideration of field of view, working distance and target surface
02SPECTRUM
Spectrum & Contrast
- White, monochrome and application-specific wavelength options
- Polarization considerations for reflective surfaces
- Multi-channel control where colour comparison is required
03FIT & MOUNTING
Mechanical Integration
- Housing dimensions aligned with available machine space
- Mounting interfaces and cable routing discussed with the equipment layout
- Environmental requirements documented for the proposed configuration
04CONTROL
Control & Timing
- Continuous or strobe operation considered for the inspection task
- Controller and trigger interface requirements discussed
- Power and thermal constraints evaluated with the installation
Standard workflow
Four-stage custom lighting evaluation
- 01Define the inspection objective
Discuss the target material, defect type, field of view, working distance, camera setup and installation constraints.
- 02Select the lighting and integration approach
Align lighting geometry, spectral considerations, mounting and control requirements with the inspection objective.
- 03Plan sample testing
Confirm the sample, test setup and decision criteria needed to evaluate the proposed lighting approach.
- 04Confirm the delivery scope
Document the agreed configuration, quality requirements and next project milestones before production planning.
Project initiation
Share your custom lighting requirement
Send target material, defect type, FOV, working distance, speed or exposure, wavelength preference, and mounting envelope. Photos or drawings make the first answer more useful.
Engineering Inquiry & Selection Support
Select your request type below. Our optical engineering and sales team replies directly with technical feedback, quotation, or sample loan procedures.
All inspection requirements, target drawings, and sample test images remain strictly confidential.
Frequently asked custom engineering questions
When is custom machine vision lighting useful instead of a standard catalog light?
Consider a custom solution when a standard light does not provide the required contrast, does not fit the available installation space, or needs a different geometry, wavelength or control method. The first step is to discuss the inspection objective and constraints.
What information is useful for a custom lighting discussion?
Share the target part and defect, field of view, working distance, camera and lens details, exposure time or line speed when available, and the available mounting space. Photos, drawings and representative samples are also useful.
How is a prototype evaluation planned?
The evaluation scope is agreed from the inspection objective, available sample and installation constraints. The project team then confirms the proposed configuration and the information needed to assess the result.
Can LuxMV work with system integrators and automation OEMs?
Yes. LuxMV works with machine vision system integrators and automation OEMs on project-specific lighting requirements. Contact us with the application details to discuss the appropriate evaluation path.