Achieve seamless integration and accelerate machine vision lighting deployment

Investment in top-tier components alone doesn't fix machine vision systems - and without consideration for lighting fundamentals, it can contribute to unnecessary cost. 

Here's how considering the right lighting strategy can improve reliability, simplify integration and shorten time-to-market.

For OEM machine builders and system integrators, lighting challenges - including limited installation space, heat, ambient light and demanding industrial environments - quickly impact the reliability of prototype systems.

Machine vision systems can have the best cameras and algorithms available. Without consistent, application-specific lighting, these investments do little to improve performance in real-world conditions.

This expert white paper from Effilux will help alleviate your machine vision lighting complexities. Gain top tips for achieving optimal lighting by design, allowing for reduction of engineering risks and redesign costs. From here, you can deliver more reliable systems at scale.
 

Download the white paper to learn how to:

🔹 Reduce integration pitfalls by identifying mechanical, optical, electrical and thermal constraints from the start

🔹 Choose the right level of lighting customisation without spending excess time or resources

🔹 Accelerate time-to-market through rapid prototyping and shorter engineering iterations

🔹 Standardise machine fleet development with lighting solutions designed for consistent long-term performance

🔹 Build more scalable OEM platforms by simplifying component management, replacement and future builds
 

A practical framework for OEMs and system integrators

The white paper introduces a three-level approach to machine vision lighting:

Standard solutions
Proven catalogue products suitable for the majority of machine vision applications, offering fast availability and predictable performance.

Custom solutions
Targeted modifications to mechanics, optics, connectivity or environmental protection, without the cost and complexity of completely bespoke development.

Application-specific solutions
Full optical and mechanical co-engineering for demanding or highly specialised machine vision systems.

You’ll also discover how an OEM-focused co-engineering process combining rapid prototyping, iterative testing and real-world validation can uncover problems before they reach full-scale production.
 

See the approach in action

A real-world automotive inspection case study will demonstrate how a custom lighting challenge was transformed into a repeatable, scalable solution.
 

Who should download this white paper?

This guide is particularly relevant for:

🔹 OEM machine builders wanting to optimise component management and roll-out
🔹 System integrators keen to get the best out of lighting procurements and partnerships
🔹 Vision and imaging engineers aiming for fully accurate and up-to-date results
🔹 R&D engineers looking to minimise prototyping errors before scaling applications
🔹 Automation engineers looking for seamless compatibility between components, data models and lighting systems
 

Whether designing, integrating or scaling an industrial machine vision system, this document will help you make lighting a performance enabler, rather than an integration bottleneck.
 

Download the white paper

Learn how to reduce lighting-related engineering risk, improve machine vision performance and build more reliable systems from prototype through to production.

Complete the form below to access your copy.