1716 results found
    1. EDGE AI systems

      EDGE AI systems

      Edge AI refers to the integration and execution of artificial intelligence (AI) directly at the "edge", i.e. at the edge of the network. The data is therefore processed close to the data sources, instead of sending this data to remote data centers or clouds for processing. This technology makes it possible to process data in real time where it is generated. With Edge AI, answers can be delivered almost instantly because AI algorithms can process data closer to the device's location. Benefits of Edge AI systems for you: Less energy consumption: Local data processing and lower energy requirements for running AI at the edge compared to cloud data centers save you energy costs. Reduced bandwidth: Local processing, analysis and storage of data reduces the amount of data to be transferred and lowers costs compared to transferring it to the cloud. Data protection: Edge AI processes sensitive data on your edge devices without it leaving your own network, which increases data security. Overall, the use of Edge AI systems enables efficient and secure data processing directly at the source, which is particularly advantageous in real-time applications and IoT scenarios. AIR-150 26 TOPS AI Inference System Intel 13th Gen. with Hailo-8 AI • Intel 13th Gen. Core i3/i5 up to 14 watts with 10 cores • Supported by Hailo-8 M.2 AI module with up to 26 TOPS • Compact fanless 156 x 112 x 60mm dimensions • Dual 4K lockable HDMI 2.0b, 4096x2160 resolution • Vertical I/O: 3x COM/1x DIO/2x CANBus/2x LAN/4x USB • Extensive AI toolkits for runtime integration and model deployment • Flexible expansion with 3x M.2: M key 2280, E key 2230, B key 3042 • Support for a temperature range of -20~60°C and a voltage range of 12-24V

    2. Electric cylinder CTC-060

      Electric cylinder CTC-060

      Electric cylinder CTC-060 The Cyltronic electric cylinder CTC-060 is a spindle drive with integrated brushless motor and integrated servo controller. The cylinder essentially corresponds to a 32 standard pneumatic cylinder (ISO 15552) in terms of both its performance characteristics and length dimensions. It can be controlled in the same way as a 5/2-way pneumatic valve, and both monostable and bistable control can be implemented via a simple mode change. Forces of up to 800N are possible for short periods, the maximum speed is 600mm/s.

    3. Electric cylinder CTC-F

      Electric cylinder CTC-F

      Electric cylinder with linear guide CTC-060-_-F The Cyltronic electric cylinder with linear guide and end plate CTC-060-_-F, includes a spindle drive with integrated brushless motor and integrated servo controller. "The linear guide promises maximum stability in the application. The end plate on the front allows easy mounting of attachments or grippers." Pusher applications High lateral forces Pick-and-place applications mounting of grippers (e.g. Z-axis in a gantry) Forces of up to 800N are possible for short periods, maximum speed is 600mm/s.

    4. Electric cylinder CTC-V

      Electric cylinder CTC-V

      Electric cylinder with guides CTC-060-_-V The Cyltronic electric cylinder with guides CTC-060-_-V is a spindle drive with integrated brushless motor and integrated servo controller. The integrated guides promise easy integration for pusher applications. The platform on the front allows easy mounting of attachments or grippers. Pusher applications Medium lateral forces Pick-and-place applications Assembly of grippers (e.g. Z-axis in a gantry) Forces of up to 800N are possible for short periods, maximum speed is 600mm/s.

    5. Electric motor service & overhaul

      Electric motor service & overhaul

      Many practical examples show that preventing a single production downtime with its associated costs justifies the use of diagnostic and control measurements over the entire service life. Our customized measurement programs thus make a decisive contribution to increasing your competitiveness and thus to the success of your company. In principle, machine diagnostics and control measurements are carried out both when the machine is at a standstill and when it is running. The two measurement methods complement each other and are combined as required. Which methods are to be used in each individual case depends not only on the design principle and the condition of the machine, but above all on the effort and depth with which the machine diagnostics are to be carried out. On request, we visit our customers' facilities and carry out the necessary work on site. Our highly trained service technicians and chief fitters, with their optimally equipped service vehicles, ensure that installation, service, and repair work is carried out flawlessly.