Expectations of today’s robotics solutions are steadily rising in the context of Industry 4.0, paired with a simultaneous desire for greater ease-of-use. And this is precisely where the VISOR® Robotic demonstrates its outstanding ability. Available in several versions, it offers the perfect solution for a variety of automation tasks. Designed with integrated and standardised interfaces, VISOR® Robotic can be easily incorporated in existing installations and systems, and thanks to different calibration methods and flexible data structures, it is also suited to a diverse range of procedures.

Photoelectric sensors with BlueLight technology - F 10 BlueLight, F 25 BlueLight and F 55 BlueLight - offer greater detection efficiency than conventional red light proximity sensors when detecting dark or transparent objects. Sensors with BlueLight technology therefore prove a cost-efficient alternative to standard red light retro-reflective photoelectric sensors. For example, in the packaging industry, plastics industry, automotive industry, solar industry (wafers), beverage industry or in special purpose machine construction or laboratory automation.

SensoPart presents the new vision sensor with the XE factor: XE-tra fast. XE-tra easy.

SensoPart introduces the latest addition to the renowned vision sensor lineup: the VISOR® XE. This groundbreaking hardware platform sets new benchmarks in industrial automation, addressing the growing need for speed and efficiency.

The VISOR® XE stands out with its exceptional speed and performance, particularly when tackling complex tasks using artificial intelligence. With the VISOR® XE, SensoPart offers an innovative solution that significantly outperforms conventional vision sensor models.

High-performance precision
The FT 55-RLAM reliably detects surfaces from black to shiny even at large distances up to 1000 mm.

Triangulation for close range
The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.