Machine Vision


OTG-IM-Profile

Opto's compact imaging modules achieve sub-micron resolutions and are each optimized for specific applications. They require no calibration and are ultra compact with a width of only 40 mm. It has GigE as well as USB 3.1 connections in 5x, 10x, 20x - in monochrome or color. It is a high quality inverted machine vision microscope.

OTG-IM-Solino

Opto's compact imaging modules achieve sub-micron resolutions and are each optimized for specific applications. They require no calibration and have integrated 64-LED mesh dome illumination and comprehensive software.

OPT-IndustrialCam

Industrial cameras with common sensor sizes and interfaces such as USB 3.0 and GigE Vision. Compatible with GenICam standard protocol.

The PIKA-IR-L+ hyperspectral camera is a high performance camera with high spatial and spectral resolution in the near infrared range (925-1700 nm). It is lightweight and compact, making it ideal for airborne applications.

The PIKA-IR-L hyperspectral camera is a lightweight and compact pushbroom scanner specifically designed for airborne remote sensing applications. It offers fast data acquisition for a wide range of applications.

The Benchtop System - Reflectance/Transmission is a comprehensive system for acquiring hyperspectral reflectance and transmittance data. It is ideal for a variety of laboratory applications, including the analysis of plant leaves, geological samples, and biological specimens.

The Bio-LIF System is the ultimate tool for researchers seeking to explore the intricacies of biological samples with unparalleled spectral resolution. Its combination of LIF and hyperspectral imaging provides a powerful platform for groundbreaking discoveries.

Unmatched speed (585 fps) and VNIR spectral range (420-980 nm) for real-time decision-making in machine vision applications. Ideal for high-speed product inspection, material sorting, food quality analysis, and robotics.

Osela's StreamLine laser offers an unrivaled range of options for the highest demands on line width, specific wavelengths and maximum depth of focus. The latter are particularly important with increasingly varying material heights in triangulation measurements.