Video can’t be loaded because JavaScript is disabled: Kurt RV36 Robotic Gripper System – In-Depth Features () Additional finger sets are also sold separately. Double-acting piston design gives the RV 36 Gripper maximum clamping and un-clamping force and carvable aluminum- or steel-finger options can be machined to work in a variety of applications. High-strength aluminum alloy keeps gripper weight to a minimum while a hard-coat finish reduces wear and increases life in the field. Loaded with features, the compact Kurt RV36 Gripper comes standard with integrated electronics featuring sensors that ensure fingers are in place and optional sensors to insure parts are in place and ready for production. Blog Post: The Kurt Robotic Gripper is an Automation Game Changer Quick-change fingers are secured with pull studs and allow customers to save on gripper-body expenses and create greater part-holding flexibility by using multiple finger configurations with a single gripper body. The gripper itself is 3D printed as a single part in a flexible filament.The new RV36 Robotic Gripper is a two-finger parallel gripper featuring a patent-pending design with automated finger/end-effector changes without a gripper body change. The goal of this project was to make a super-simple and easy-to-build robotic gripper. While many of these projects are astoundingly advanced and innovative, I've been seeking to make robots that are simple, both in composition and manufacturing. Robotics is a fascinating field, and we're lucky to live in a time when the DIY robotics community is producing some amazing work and projects.
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