Description

The Opto Linea M Imaging module can be used for virtually any fixed magnification inspection task. Either biological or industrial science such as machine integration, quality control, microfluidics, and measurement applications.

Many configurations are available with variations of, Working Distance, Field of View, Colour or Monochrome output, Magnification, and Mega Pixel Resolution. As a result, this is a powerful but flexible vision system solution.

However, unlike other vision systems this has everything you need built in. Therefore, may work out more economically priced than other modular systems. Plus, the opto Linea M is completely pre-built and pre-calibrated for measurement, to use plug and play. The free software included is very easy to use with intuitive controls over elements such as, camera control, electronic zoom, illumination intensity control, and click and drag measurements.

Solutions for hardware, mounting brackets, stands, focusing and X Y stages are also available from the imaging module accessories portfolio. Enabling the Linea M to be used as a direct replacement for a microscope in many routine tasks.

There are too many versions of the Linea M to list individually, so the ranges of optional properties have been listed below.

Selectable properties:

• Field of View range: 7.8mm x 5.8mm to 28.7 x 24mm.
• Working Distances: 87mm to 202mm.
• Resolutions: 3MP or 5MP.
• Images: Colour or Monochrome.
• Interfaces: USB3.1 or GIGE.
• Illumination: No Illumination or LED built in.
• Frames Per Second = 36.

Fixed Properties:

• Imaging Software, SDK & connection cable included.
• Size = 50 x 60 x 160mm
• Approx weight: 500g
• Delivery 3-4 weeks approx.

Connect with Best Scientific to discuss your application details, and let us provide configuration assistance and a comprehensive quotation to seamlessly integrate the Opto Linea M Imaging Module into your system. Elevate your inspection capabilities with the precision and flexibility of Opto Imaging Modules.

Read our Review case study