Operating based on ThruBeam principle, The optoControl laser optical micrometers can be used for measuring dimensional properties such as diameter, gap, height, position in a wide range of industrial applications including production, quality assurance and services.
The transmitter generates a parallel light curtain that is transmitted via a lens arrangement into the receiving unit. The beam is interrupted if there is an object in the light path. The shadow generated by this object is recorded by the receiving optical system and generate output is a geometric value.
All components in the laser micrometers are wear free and offers reliability for long service. The sensors can be modified to include customized cable lengths, reduced light source or even deflected mirror to fit installation in tight and restricted space. These features offer many flexibility for applications in industrial manufacturing process.
Laser micrometer Overview
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optoCONTROL 1200 | Miniature laser micrometer
The optocontrol 1200 is a miniature laser micrometer consists of a light source and a receiving unit integrated with complete
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optoCONTROL 1202 | Laser micrometer with large measuring range
The optocontrol 1202 offers the largest measuring range amongst all optoControl laser micrometers. The system consists high resolution CCD array
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optoCONTROL 1220 | Inline laser micrometer
The optoControl 1220 inline optical micrometer is specifically designed for measurement of edges, diameters and gaps up to 2000mm. The
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optoCONTROL 2500 | High speed laser micrometer
The optoControl 2500 is a laser based measuring micrometer with integrated high resolution CCD camera with Laser Thru-Beam technology. This
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optoCONTROL 2520 | Compact optical precision micrometer
The optoControl 2520 is a compact optical micrometer with integrated controller. It features a high resolution reading and 46mm measurement
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optoCONTROL 2600 | High resolution LED micrometer
The optoControl 2600 is integrated with high resolution CCD camera to provide dimensional measurement with maximum resolution and accuracy with
