Hoskin carries a wide range of reliable, high-performance Micro-Epsilon sensors

Micro-Epsilon is a leading sensor producer.

Micro-Epsilon is one of the world’s leading sensor manufacturers, and its products are available via Hoskin Scientific Ltd. For more than half a century, the Micro-Epsilon team has produced unique, dependable, high-performance solutions for organizations that require high-precision measurement, all created through intensive research and development processes.

The selection at Micro-Epsilon encompasses sensors for measuring distance and displacement, sensors for infrared temperature measurement and colour detection, and systems for dimensional measurement and defect detection.

Highest levels of precision

Essential for high-performance measurement systems, these sensors are produced through unique expertise and a wide network of collaborative operations, serving as innovative instruments providing the highest levels of precision. A major product group is the Micro-Epsilon series of laser line systems, which detect, measure, and evaluate profiles on various object surfaces; they rank among the top profile sensors globally for accuracy and measuring rate. Also called laser or profile scanners, these devices come in four classes to meet different needs, with three perfectly matched series available, and are integrated easily into existing software.

Hoskin carries other Micro-Epsilon solutions:

• Capacitive displacement sensors and measurement systems – for non-contact measurement of displacement, distance, position, and thickness
• Colour sensors – fixed lens sensors with True-Colour detection
• Confocal sensors – for quick distance and thickness measurement
• Draw-wire sensors – a broad range of distance and position measurements
• Fibre optic sensors – with high signal quality
• High-precision white-light interferometers – stable results with sub-nanometre resolution
• Inductive sensors – eddy current or LVDT
• Infrared temperature sensors – several models for measuring metals, ceramics, plastics, or lustrous targets
• Laser distance sensors – recommended for positioning and type classification in machine building and handling equipment
• Magneto-inductive sensors – a common alternative to inductive and proximity sensors
• Optical micrometers – ideal for process control
• LVDT controllers – single-channel miniature sensor controllers based on the LVDT principle
• VGA infrared cameras – the smallest device of its kind available
• High-resolution thermal imagers for flight applications – with a miniature camera and PC

To learn more, contact Hoskin.

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