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High-precision 3D sensor - List of Manufacturers, Suppliers, Companies and Products

High-precision 3D sensor Product List

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High-precision 3D ToF Sensor S.CUBE S111D SE

Next-generation technology support – Achieving a wide field of view with high-precision 3D ToF sensors.

New product from Meerecomany (listed on KOSDAQ in South Korea)! Outdoor-compatible ToF sensor to be released in 2024 Achieving low cost and miniaturization 【Features】 ■ Price competitiveness! ■ Achieves miniaturization ■ Utilizes low-power, high-performance i-ToF technology, enabling long-distance obstacle detection ■ Simple design concept specialized for short-range detection (up to 7m), ranging, and recognition ■ 3D-ToF sensor that can be used even in sunlight, which is a weakness of ToF sensors 【Applications】 Using sensing and ranging functions based on i-ToF technology, it can be applied in various industrial fields and uses such as obstacle detection and distance measurement for autonomous mobile robots (AMR, AGV), IoT/smart home appliances, monitoring and care in vehicle interiors, facial recognition, 3D scanning/mapping, gesture and motion information acquisition, and detection and recognition in outdoor, retail, and public transportation environments for "digital signage." Additionally, proposals including software for facial recognition applications are also possible.

  • Other optical parts

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"High-speed/high-precision shape/deformation/vibration measurement" WEB seminar text presentation

Know-how for the development of the world's fastest 3D scanner "4D Sensor" and its wide-ranging applications in parts inspection and vibration measurement.

We are currently offering materials for the following webinar! You can view them immediately from "PDF Download" (approximately 45MB). Session 1: Company Introduction and Overview of Technology Session 2: Basics of Shape and Deformation Measurement Session 3: Phase Shift Method / OPPA Method (High-Speed Measurement of Shape/Deformation/Vibration) Session 4: Sampling Moiré Method (High-Speed/High-Precision Measurement of Shape/Deformation) Session 5: OPPA Vibration Distribution Meter Session 6: Application Examples (Robotics/Cracks/Real-Time Shape/Vibration) Our company is a research and development-based manufacturing venture originating from Wakayama University. We hold numerous patented technologies, including "Grid Projection Method," "Phase Analysis," "Full Space Table Method," "OPPA Method," and "Sampling Moiré Method," and have a wealth of experience in developing world-class 3D scanners such as the "4D Sensor." We can provide high-speed and high-precision measurement devices tailored to your needs. Our technologies have already been adopted by companies in a wide range of fields, including automotive, construction, power, and railways. [Application Examples] Inspection of parts on production lines / Motion measurement of the human body / Measurement from drones Vibration distribution measurement of automobiles / Deformation measurement during collisions, etc. *For more details, please contact us or download the PDF.

  • Other measurement, recording and measuring instruments

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