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The Dobot Robot Vision Kit is a hardware add-on platform that brings machine vision to a Dobot Magician or Dobot M1 robotic arm, turning a basic pick-and-place setup into a vision-guided automation cell. RobotLAB supplies it as a complete, ready-to-deploy bundle: a fixed baseboard, an industrial camera with lens and mounting bracket, an adjustable lighting source, a black-and-white calibration board, and the components and source code for two working demo projects — robot hand-eye calibration and color-based object sorting. It is designed for students and researchers who want to learn how a vision system integrates with a robot, rather than as a finished factory product.
As a reseller, RobotLAB pairs the kit with U.S.-based support and a one-year warranty, and configures it to work alongside the Magician or M1 arm you already run (the arm is sold separately). Because the kit ships with documented example software and source code, instructors and lab teams can move quickly from unboxing to a running calibration-and-sorting demo, then modify the code to explore visual positioning, measurement, detection, and recognition. The supplied Dobot vision tooling supports building-block style development and standard machine-vision protocols, so the same hardware can grow with a curriculum from introductory exercises to algorithm research.
This kit sits at the entry level of RobotLAB's Dobot machine-vision lineup at $1,695. It is the right fit when the goal is to teach the concepts of robot vision — coordinate calibration, camera-to-robot mapping, and conditional sorting — on an affordable desktop platform, rather than to deploy a high-throughput industrial inspection line. Higher-education and research customers typically deploy it as a shared station for small student groups.
Universities and community colleges use the kit as a hands-on station in robotics, mechatronics, and automation courses. Students perform hand-eye calibration between the camera and a Dobot Magician or M1 arm, then build a color-based sorting application — learning the full vision-to-actuation pipeline. The included source code gives engineering students a real codebase to read, modify, and extend rather than a black-box demo.
Research labs use the kit as an affordable testbed for vision and AI algorithm work: visual positioning, measurement, object detection, and recognition tied to a physical robot. Because the camera connects over a standard interface and the development environment supports building-block style configuration, researchers can swap in their own image-processing logic and validate it against real robot motion without standing up an expensive industrial cell.
Middle school through college CTE and STEM programs deploy the kit to introduce machine vision and Industry 4.0 concepts. RobotLAB positions it for a ratio of roughly one kit per one to five students, making it a practical shared resource for a classroom or makerspace where learners progress from calibration exercises to a working automated color-sorting line.
Same-day response. We handle delivery, on-site setup, staff training, and ongoing service nationwide.
No. The kit is a vision add-on for a Dobot Magician or Dobot M1 arm, which is sold separately. It includes the baseboard, industrial camera with lens and bracket, lighting source, calibration board, demo components, power adapter, and tools. If you need the arm as well, call 1-87-RobotLAB and we will quote a complete bundle.
It is compatible with the Dobot Magician Robotic Arm and the Dobot M1. If you run a different Dobot model or want to confirm compatibility with your existing lab setup, contact RobotLAB at 1-87-RobotLAB.
Out of the box, the kit ships with two demo projects: robot hand-eye calibration and color-based object sorting, both with source code. From there, students and researchers can extend it to visual positioning, measurement, detection, and recognition tasks. It is meant as a learning and prototyping platform, not a finished industrial inspection product.
Both. RobotLAB positions it for middle school through college (grades 6-14) at roughly one kit per one to five students, and it is equally used in research labs as an affordable vision-and-robotics testbed. The hardware and software are the same; the difference is how you use it. Call 1-87-RobotLAB to discuss the right configuration for your program.
It includes a JHSM300f HD color industrial camera (3 MP, 2048 x 1536 at 12 fps, 1/2" CMOS sensor, USB 2.0) with a 16 mm lens, plus a white auxiliary lighting source rated up to 40,000 lux with continuously adjustable 0-100% brightness for consistent imaging.
Yes. As a full-service integrator, RobotLAB provides U.S.-based support, deployment guidance, and volume pricing for multi-kit classroom or lab orders. The kit carries a one-year warranty. Call 1-87-RobotLAB for a quote, training options, or help bundling it with Magician or M1 arms.
This is the entry-level vision kit — it teaches calibration and sorting on a desktop baseboard. If you need a moving conveyor line or a higher-throughput industrial workstation, RobotLAB offers larger Dobot systems. Call 1-87-RobotLAB and we will match the platform to your throughput and budget.

An autonomous, video-first personal assistant robot that greets, guides, and connects people — deployed, financed, and serviced nationwide by RobotLAB.

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