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04/06/2026

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Advanced 3D Camera Technologies for Vision and Robotic Picking

Advanced-3D-camera-technologies

Service description

The service focuses on testing, performance evaluation, and technical assessment of advanced 2D and 3D camera technologies for industrial vision applications. It includes evaluation of standalone 3D imaging devices, fusion of 2D and 3D data, and the use of Deep Learning to localize unknown objects in bins for robotic picking. The purpose is to help customers understand, compare, and validate camera technologies and AI methods for demanding industrial tasks where accurate object detection, positioning, and robust perception are critical. Type of service: Experiment / Applied R&D and Demonstration
Expected results: A documented evaluation of relevant 2D and 3D camera technologies and AI methods, including performance measurements, application assessment, and recommendations for further development or implementation.
Methodology: The service is delivered as a structured experimental process including use-case clarification, selection and testing of 2D and 3D camera technologies, evaluation of 2D/3D fusion, testing of Deep Learning for object detection and localization, and delivery of documented results and recommendations.
Target: Manufacturing, Robotics and automation, Picking and handling, Logistics and intralogistics, Other emerging and enabling technologies
  • Organisation: DTI
  • Type: experiment
  • SUT/E: 2D- and 3D-based vision systems for industrial object detection and picking
  • Average duration: 1-0 months
  • Contact: uln@teknologisk.dk

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