How to find the right sensor for every application

Master image sensor selection with proven methods

Find the right sensor for every application

Choosing the right image sensor is fundamental to any vision system, whether it’s used in industrial automation, autonomous vehicles, or collaborative robotics. This guide walks engineers through six technical criteria—from resolution to shutter type—and demonstrates how application requirements directly impact sensor selection. With practical examples and measurement tips, this guide helps you align vision system needs with optimal sensor specifications.

Understand key selection factors

• Learn how light converts into image data
• Understand how resolution affects measurement accuracy
• Discover six essential image sensor properties
• Match sensor specs to your application needs

Apply real-world evaluation techniques

• Calculate minimum resolution for error detection
• Use field of view and tolerance data effectively


• Assess precision needs and lighting conditions
• Adapt specifications based on real-world scenarios

Ensure performance in your application

• Choose speed and shutter type for moving objects


• Select sensors for high or low-light environments
• Understand the role of dynamic range and sensitivity


• Optimize image quality for barcode reading or detail inspection

Master image sensor selection with proven methods Choosing the right image sensor is fundamental to any vision system, whether it’s used in industrial automation, autonomous vehicles, or collaborative robotics. This guide walks engineers through six technical criteria—from resolution to shutter type—and demonstrates how application requirements directly impact sensor selection. With practical examples and measurement tips, this guide helps you align vision system needs with optimal sensor specifications.