A compact ToF camera equipped with a SONY ToF sensor and four laser diodes. It contributes to improving efficiency in logistics operations and other settings.
The demand for the logistics industry is increasing more and more due to the COVID-19 pandemic. While the flow of cargo is active, I hear that the entire logistics industry is being asked to improve efficiency due to issues such as a shortage of drivers and high crude oil prices. To address these concerns, CIS has developed a new Time-of-Flight (ToF) camera, the "DCC-VToF4." With a measurement range of 0.4 to 5 meters, the workpieces are displayed in red when close to the camera and in blue when farther away (in color display mode), allowing for a three-dimensional understanding of the workpiece's location at a glance. By utilizing these features, tasks that currently rely on human labor, such as checking the inventory status of shelves in logistics warehouses, confirming employee work routes, managing entry and exit, and ensuring the safety of workers and vehicles, can be improved by combining the camera with an image processing system to prevent human errors, enhance safety, and increase work efficiency. Additionally, due to its compact size of 70×50×30mm, it can also be integrated into picking robots and other applications. The camera itself is equipped with four laser diodes, making it usable even in environments with lighting concerns.
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basic information
【DCC-ToF Product Specifications】 Product Name: DCC-VToF4 I/F: MIPI CSI-2×2 lanes Sensor: SONY IMX570 (ToF) Sensor Size: 1/4.5 inch CMOS Pixel Size: 5×5μm Effective Pixel Count: 640×480 Frame Rate: 15fps Lens Mount: M12 Mount Dimensions: 70×50×30mm Product Status: Now accepting orders! Other Features: Equipped with 4 laser diode wavelengths of 940nm, FOV 90°(H)×69°(V), measurement range 0.4–5m, required power supply: DC12V, external host Jetson Nano required for camera operation. Our company has a proven track record of using cameras ranging from 1.3 million to 12 million pixels for applications such as robot mounting, vehicle-mounted systems, surveillance/monitoring, and inspection in the logistics warehouse industry. Depending on your needs, we can also introduce lower or higher pixel cameras, so please feel free to consult with us.
Price range
Delivery Time
Applications/Examples of results
Distance measurement, dimension and volume measurement, robot integration, monitoring of unmanned stores/warehouses, access control management, people counting, hand gesture input, motion monitoring applications in caregiving settings, etc.
Detailed information
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Subject photographed with a smartphone.
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Measurement range: Captured at 0.4 to 5m (monochrome image)
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Measurement range: Captured at 0.4 to 5m (color image)
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Company information
CIS is a manufacturer of industrial imaging systems that consistently designs, manufactures, and sells various high-performance cameras, application products, and image processing IP. Our product applications span a wide range, including machine vision (MV), security, medical, broadcasting, intelligent transportation systems (ITS), construction machinery, and food and pharmaceutical inspections, boasting numerous OEM adoption achievements. Leveraging features such as compact size, high speed, high performance, high reliability, and high quality, we tackle advanced themes like the latest digital interfaces, camera signal processing algorithms, image processing applications, and intelligent cameras, continuously developing cutting-edge products. We focus on embedded image processing development and have developed the high-definition color image processing engine, Clairvu Engine. Additionally, we are advancing the commercialization of cameras that combine Clairvu Engine with 3G-SDI, HD-SDI, and CoaXPress, achieving successful adoption. Our licensing business for algorithms and image processing software has received numerous development commissions and is well-received in the broadcasting industry, medical device industry, and construction machinery applications. Furthermore, we offer custom-designed piezo stages cultivated through our experience with pixel-shift cameras.