Search result for 'inxpect'

Sensors are essential in industrial automation to detect the presence of objects or parts, inspect the integrity or correct assembly, measure the dimension, distance or positioning. Photoelectric sensors are available in many different sizes, versions, and functionalities, ranging from the smallest to the fastest objects, clear or shiny surfaces, colour or invisible fluorescent marks, and dimension or distance measurement. Inductive proximity sensors are specific for metal parts detection at short distance, also in harsh environments with dust, liquids, oil, or grease. Capacitive sensors are used for detecting liquids or powder, also inside opaque and non-metal containers. Ultrasonic sensors are suitable for transparent object detection (plastic film, glass, labels), with distance measurement capability. Accessories include brackets and cables, IO-Link Master, fibre optics and reflectors for photoelectric sensors. Manufacturing applications are widespread in automotive and electronics plants; food & beverage and pharmaceutical, processing and packaging machinery; woodworking, metalworking, textile, ceramic, glass, stones, paper, and more.

Basic photoelectric sensors are available in either M18 barrel or block form design, covering almost all industrial applications. Both the M18 and block form models are available with either plastic or metal housing, The M18 models have options of either radial or axial optics. The range also includes laser models as well as a number of special versions, such as models for transparent objects. We offer a variety of accessories with a wide range of connectors, brackets and reflectors. Datasensing is merging Datalogic’s Sensor & Safety and Machine Vision business unit with M.D. Micro Detectors, both with 50 years of experience. Sensors are indispensable for the industrial automation of plants and machinery in a wide range of industries and applications, from manufacturing to logistics. Manufacturing industry applications include factory automation of automotive and electronics plants; food & beverage, pharmaceutical, chemical goods processing and packaging machines; up to almost any machinery used in woodworking, metalworking, textile, ceramic, glass, stones, paper, etc. Logistics applications are diffused in automated material handling, conveyors, storage and retrieval systems, automated warehouses, transportation systems, and distribution centers. Photoelectric sensors are devices that use the emission and reception of light to detect the presence of objects or their parts, inspect their integrity or correct assembly, measure their dimensions, distance or correct positioning.

3D Scanning of Transparent, Translucent and Shiny Objects. Enabling New Automation in Logistics, Automotive and Pharma. Clear & complete scans: New 3D scanning method allows significantly improved signal-readout from transparent, translucent, and glossy objects to provide much more completeness and quality of 3D scans even without the need of using coating and scanning sprays. Allowing to automate previously challenging use cases in logistics, automotive and pharma industries. Thanks to COMPIS this can happen at a fast cycle so it is ready for deployment. Super-fast 3D scanning with doubled resolution. Enabling 2x resolution, 5x faster scanning, 10x more applications with2 Mpix resolution in motion: MotionCam-3D now allows you to scan scenes in motion at 2 Mpix resolution. This brings significant improvement to many industrial applications, from inspection and quality control to vision-guided robotics. The 2 Mpix resolution enables faster bin pickings with lower cycle times, less errors, and faster error recovery. Effective resistance to vibrations and non-linear movement allows you to pick object from conveyors or inspect them in motion. Hand-eye setups are now possible to do with minimum stopping and no slow-downs during scan acquisition. The power of Parallel Structured Light: Parallel Structured Light brings the state-of-the-art quality and resolution of structured light scanning into the 3D reconstruction of highly dynamic scenes. This novel patented technology uses a clever sensor design which performs the acquisition in one snapshot as opposed to the sequential scanning of a standard image sensor. This means that the Parallel Structured light method practically freezes the 3D scene in time.