Omron Line Scan Camera

Achieve Consistent Quality on the Production Line with Uninterrupted Visualization

The Omron Line Scan camera series is designed for constantly moving production lines requiring high speed and resolution. Unlike traditional area-scan cameras, line scan cameras scan objects line by line, turning large surfaces into a single high-resolution image.

When combined with Oacon's optical system design and image processing expertise, this technology provides micron-level defect detection, measurement accuracy and control at maximum speed.

Highlights

High Scanning Speed: Uninterrupted imaging even on fast production lines with line scanning capacity up to 100 kHz.
Sharpness at Submicron Level: Clear analysis of details with homogeneous illumination and low noise level.
Wide Field of View: Ability to analyze long products or large surfaces in a single scan.
GigE and CoaXPress Interfaces: Long-distance, stable data transfer.
Full FH Series Compatibility: Direct integration with Omron image processing systems.

Application Areas

Metal, glass, plastic sheet control
Film, paper, textile surface inspection
Packaging print quality control
PCB, battery and cell production inspection
Automotive and electronic component verification

Smart Vision Control with Oacon Integration

Oacon integrates Omron Line Scan cameras not just as hardware but as a complete inline measurement and analysis system.

Thanks to smart software infrastructure and AI-supported analysis algorithms:

Instant classification of faulty products,
Analyzing surface defects based on depth and type,
Automatic reporting features of production line data are offered in real time.

Technical Specifications (Sample Model: Omron LS-2048 Series)

Feature	Value
Sensor Type	CMOS Line Scan
resolution	2048 / 4096 / 8192 pixel options
Pixel Size	7 µm
Max. Line Rate	up to 51 kHz
interface	GigE/CoaXPress
Lens Mount	F-Mount / C-Mount

Oacon's Difference

Oacon is not only a camera supplier for line scan systems;
It is a solution partner that covers the entire process, from lighting design to optical calibration, from data analytics to AI error classification.