Chip Robotics Competitors

Eureka Robotics' AI Vision System is an integrated solution of 3D camera, controller and software for bin picking and vision-guided robotics. A super-model trained on millions of parts, together with software accessible to entry-level users, reduces deployment time by months compared to conventional vision projects. The system integrates with any robotic arm and operates as an open platform: models can run locally, engineers can train new parts in-house, and no subscription fees apply.

Medrobotics manufactures and markets the Flex® Robotic System, the world’s first endoluminal robotic platform with a steerable and shapeable robotic scope. The Flex® Robotic System offers clinicians the unique ability to navigate complex anatomy with crystal clear 3D HD visualization through a single entry point. Once the target disease is accessed, the Flex® Robotic System provides a stable platform through which articulating flexible instruments are introduced providing consistent triangulation in hard-to-reach anatomical locations that might otherwise be inaccessible with traditional surgical instruments and difficult to treat with current endoscopic instruments. The company’s vision is to provide more patients with access to endoluminal treatment options. Medrobotics received FDA clearances for the Flex® Robotic System for ENT applications in July 2015 and for transanal applications in May 2017. The CE mark was issued in March 2014.

Vision Robotics Corporation (VRC) has developed a proprietary and patented technology to produce robots that can understand and work in the real world. Our solutions employ vision-based mapping, localization, and navigation systems. Coupling our mature vision algorithms with the output of additional sensors provides a robust base for many applications. In short, VRC has created a uniquely robust and cost effective approach to robotics. The company was founded in 1999, when the convergence of three factors-lower cost components, demand for efficient labor solutions across multiple industries, and significant advances in robotics technology-indicated that robotics was ready to move out of the lab and into the marketplace. Vision Robotics capitalized on the opportunity and began developing its world-class autonomous robotics solutions based on its Simultaneous Localization and Mapping (SLAM) system. Those early years saw systems that sometimes had to compromise between operational speed, accurate performance and cost. In the intervening years, the cost of computer power has continued to fall and the advent of new solid-state sensors has opened much more of the world to mechanization. Our vision-based algorithms enable robots to autonomously create three-dimensional maps of unknown areas of interest whether this is mapping a building or modeling a grapevine. The maps and models enable robots to intelligently and accurate perform a myriad of tasks whether it is vacuuming a floor or pruning a grapevine. While most of our applications have systems that work up to a brisk walking pace, modern processors can enable robots to autonomously operate effectively in very complex environments and at speeds of up to and beyond 10 miles per hour. Vision Robotics, based in San Diego, is capitalized through private funding, partnerships and grants. There are no articles in this category. If subcategories display on this page, they may contain articles.