Stereo Depth Sensing

    ZED stereo depth sensing cameras for robotics, autonomous systems, and machine vision applications. Featuring accurate 3D depth perception and real-time spatial awareness, these cameras support SLAM, obstacle avoidance, object detection, and autonomous navigation. Designed for seamless integration with NVIDIA Jetson AI edge computers and edge AI platforms.

    ZED Mini
    The ZED Mini offers ultra-depth sensing and motion tracking in a compact design. Ideal for augmented reality, 3D mapping, and robotics applications.

    Overview

    ZED Cameras for Robotics, AI Vision & Autonomous Systems

    CoreBolt provides advanced ZED Camera solutions designed for robotics, computer vision, artificial intelligence, autonomous systems, and edge AI applications. Powered by StereoLabs ZED technology, these stereo vision cameras deliver accurate depth perception, real-time environmental awareness, and intelligent visual sensing for next-generation automation and autonomous systems. We offer ZED Stereo Cameras, ZED 3D Cameras, ZED Depth Cameras, ZED X Cameras, ZED X Mini Stereo Cameras, and ZED X GS vision systems that enable high-performance depth sensing, object detection, localization, mapping, and spatial understanding. Built for demanding AI and computer vision workloads, these cameras provide reliable visual intelligence for complex operating environments. Whether deploying Autonomous Mobile Robots (AMRs), robotic systems, autonomous navigation platforms, machine vision applications, or intelligent edge AI solutions, ZED Cameras deliver precise stereo vision and depth-sensing capabilities. Designed to support ROS, NVIDIA Jetson platforms, computer vision algorithms, SLAM, neural stereo depth sensing, and AI-powered object recognition, these cameras help accelerate the development of intelligent robotic and autonomous systems. From robotics and autonomous navigation to computer vision, AI perception, and depth-based analytics, ZED Cameras provide the imaging performance and integration flexibility required for modern intelligent applications. Their advanced stereo vision technology enables accurate environmental perception, real-time decision-making, and reliable operation across a wide range of automation and AI-driven projects.