1716 results found
    1. 3D Sensors

      3D Sensors

      3D sensors perform three-dimensional completeness, dimensional accuracy and surface checks. They enable the control of robots, for example in depalletization or bin picking applications. The camera-based 3D sensors work in accordance with the structured light principle. They project several light patterns onto the components to be detected; a camera in the sensor records these light patterns and digitizes the components into a 3D point cloud. The method allows you to create complete 3D point clouds of stationary objects in a single shot. The extremely fast calculation of the point cloud takes place directly in the sensor. Software development kits (SDK) or standardized interfaces such as GigE Vision are used for easy integration. The different models are equipped with a high-resolution camera with a resolution of 5 or 12 MP. Six selectable measuring ranges and extensive accessories ensure perfect integration into industrial systems – both in factory automation and intralogistics.

    2. 4-Axis SCARA Robot

      4-Axis SCARA Robot

      The DENSO HSR series represents the highest levels of speed and precision in compact automation applications. With cycle times from 0.29 seconds and high repeatability, it is ideally suited for pick-and-place tasks. Thanks to its low weight, integrated vibration damping, thermal compensation, protection ratings up to IP67, and cleanroom suitability (ISO Class 3/5), it enables reliable operation and straightforward integration into high-throughput production lines. - Leading technology in the field of 4- to 6-axis industrial robots - Collaborative robots with high productivity, safe and fast at the same time thanks to scene function - High quality standards for long service life and low maintenance requirements

    3. 400x300 mm Tray Feeder TF3-HD

      400x300 mm Tray Feeder TF3-HD

      The TF3 HD is our largest tray feeder. It is designed to automate custom-sized trays, thermoform trays, and multiple tray types in a single production run. Trays are loaded onto carrier plates into a cassette. This keeps the trays flat and supported during production. It loads and unloads tray sizes that fit on the 400 × 300 mm sheet to and from your machine. Multiple smaller trays can fit on one sheet, which increases production between tray exchanges and operator reloading time. Reloading can be done while your machine is running, so production is not interrupted.

    4. A chatty microcontroller

      A chatty microcontroller

      PLC controllers typically operate as a "black box" in the control cabinet. The various connected sensors and actuators perform their tasks silently. Gaining insight into their operation requires a considerable amount of effort. The new PLC family of compact controllers from DISPLAY VISIONS is particularly communicative: The controller itself features a color touchscreen that can address up to 50 remote satellite displays – for supervision, setup, and highly customized visualizations. The central control unit of the PLC family is simply called "Core" and communicates its measurement and process data via a brilliant 2.8-inch IPS display. This display has a touchscreen for inputting control commands and parameters. Networking with the satellite units is automatic. The Core has Ethernet and an RS-485 interface for this purpose; it can also communicate wirelessly via WLAN. The measured values ​​and parameters are updated automatically. The satellite terminals' function is not tied to a specific location but is assigned via software – allowing, for example, process data to be visualized on any connected display or parameter data to be entered via another device. Depending on the complexity of the input and output data, users can choose between displays of different sizes for the satellites. Initially, a 4.3" display is available; the product range will soon be expanded to include seven versions with sizes between 2" and 10.1". All variants are characterized by excellent readability, even in sunlight, and a wide viewing angle of 160 degrees. Versions for various mounting options (wall, flush-mounted, DIN rail) are available. The core unit is designed for DIN rail mounting and can therefore be easily installed in any control cabinet. The free Windows tool PLCdesigner is available for programming.

    5. ABB Drives

      ABB Drives

      To boost the productivity of your processes, improve energy efficiency and cut maintenance costs, you can rely on our broad portfolio of low voltage AC drives to deliver just that. The portfolio covers the complete spectrum of drives. From micro and machinery drives for machine building to industrial drives for controlling processing lines, all the way up to industry specific drives with purpose-designed features and functionality. ABB drives are available directly from stock or can be built to order to meet more complex requirements. Our life cycle services ensure your processes run exactly as you expect, year after year

    6. ABB IE6-Hypereffizienz mit magnetfreien Motoren

      ABB IE6-Hypereffizienz mit magnetfreien Motoren

      ABB is the first company to achieve the expected IE6 hyperefficiency with magnet-free motors Press release | Ladenburg, Germany | 2024-11-08 Proven synchronous reluctance motor technology is the first magnet-free design to achieve IE6 hyperefficiency – an expected efficiency level that, according to ABB's definition, has 20 percent lower energy losses than comparable IE5 motors. Magnet-free synchronous reluctance motors (SynRM) are part of a comprehensive technology portfolio that also includes permanent magnet motors for a wide range of applications. ABB is the first manufacturer to offer the expected IE6 efficiency class in a magnet-free SynRM design. This is the latest development of the proven SynRM technology, which ABB pioneered back in 2011. The motors are designed to appeal to customers who want to future-proof their equipment with the highest energy efficiency class available on the market. Early adopters of IE6 hyper-efficiency motors will benefit from lower energy costs and increased productivity while exceeding current sustainability targets.