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The machine vision checklist: 5 must-have components

And the one element most people forget until it’s too late.

Implementing a reliable machine vision or industrial image processing system is never about a single component. Success comes from combining the right technology, the right configuration, and the right software tools to ensure stable, repeatable results – even under tough production conditions.

Here are the five technical foundations that determine whether your inspection will work reliably in real production environments.

1.The brain – EyeVision Software

This is where every inspection begins and ends.
EyeVision Software provides:

  • Pre-built tools for measurement, presence/absence checks, 2D, 3D, thermal and hyperspectral inspections
  • AI and Deep Learning modules for complex surface analysis
  • Protocol support (OPC UA, PROFINET, MQTT, EtherCAT, etc.) for seamless automation integration
  • Graphical programming for fast application setup
  • High precision evaluation with sub-pixel accuracy
  • Extensive logging, tracking, and data export for quality documentation

This makes EyeVision the core decision-maker of the entire machine vision workflow.

2.The eyes – camera technology

Your system is only as good as the data it captures.
Selecting the right cameras ensures:

  • Stable exposure and repeatability
  • Correct resolution for the required tolerances
  • Proper frame rates for fast production lines
  • Compatibility with 2D, LineScan, 3D profile sensors, thermal or SWIR cameras.

EyeVision supports a wide range of interfaces – from GigE Vision to USB3 to 3D scanners.

machine vision software
The eyes - camera technology
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lens and filters

3.The vision – lighting solutions

Lighting is the single most important factor for image quality.
Proper lighting produces:

  • High contrast for defect detection
  • Suppression of reflections on metal or glossy surfaces
  • Stable grayscale values over time
  • Clear visibility of edges, textures, and micro-features

EyeVision integrates with all common lighting systems and can control them directly.

 4.The focus – optics

Optics define what level of detail the software can evaluate.
Choosing the correct lenses allows:

  • Sharp focus across the required depth
  • Correct magnification for measurement tasks
  • Low distortion for dimensional accuracy
  • Stable imaging independent of part position

Precision optics directly influence inspection reliability.

5.The Clarity – filters

Filters fine-tune the raw image before processing.
They help to:

  • Reduce glare and hot spots
  • Block unwanted wavelengths
  • Highlight defects invisible in white light
  • Improve contrast for precise evaluation

Even small filter adjustments can dramatically increase inspection stability.

…and there is one more thing — the part many forget.

All of this technology is useless if the components move, vibrate, or shift even slightly.

The one more thing: EyeMount system

Mechanical stability is the hidden foundation of every professional vision system.
EyeMount ensures:

  • Rigid camera and lens positioning
  • Consistent geometry for measurements
  • Vibration-resistant mounting
  • Precise alignment of lighting and optics
  • Repeatable imaging over months and years

This is the difference between a system that works in the lab…
and a system that works in production.

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mount
mounting system
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