1. <menuitem id="kt4x8"><strong id="kt4x8"><u id="kt4x8"></u></strong></menuitem>

      1. <menuitem id="kt4x8"></menuitem>
        <tbody id="kt4x8"></tbody>

        1. <menuitem id="kt4x8"></menuitem>
            <tbody id="kt4x8"></tbody>
          1. arrow calendar cartcheck checkmark close configure contact danger download external_link facebook globeinfo instagram jobfinder linkedin logo_claim logout mail menuminus navigation pin play plus rss searchshaft success twitteruserwarning wechat x-twitterxing youku youtube zoom
            Change the country selection to see information on the products, services and contact persons that are relevant for your location.
            SVH

            SVH

            5-finger servo-electric gripping hand
            The ready for series production version of the anthropomorphic SCHUNK 5-finger hand grips nearly as perfectly as the human hand. Due to the moving parts with a total of nine drives, various gripping operations can be executed with high sensitivity. Elastic gripping surfaces ensure a reliable grip on objects. The electronics are completely integrated in the wrist.

            Advantages – Your benefits

            • Suited for mobile application fields
              by low energy consumption at 24 V DC
            • Extremely compact design
              due to integration of the complete control, regulator and power electronics in wrist
            • Defined interfaces
              for easy connection with market-standard industrial and lightweight robots

            Options and special information

            • Left and right versions
              According to its model, the human hand, the SVH is available in a left and right version. This allows activities that a human performs with both hands to be replicated within technical limits.
            • Connection of the hand
              The hand has a bottom-sided connection to the change system FWK. An FWK is essential for operation. Communication and voltage supply are transmitted via spring-loaded pins.
            • Control via ROS driver
              For the SVH, drivers are available online for ROS1 and ROS2. This includes a short manual for controlling the SVH via Raspberry Pi.
            一个人看的视频