Cube Eye

  In today’s industrial automation landscape, 3D vision systems are becoming indispensable. From quality inspection and part alignment to bin picking, transfer, and logistics, AI-based vision solutions are rapidly replacing conventional sensors. The demand for accurate 3D data is growing, as machines now need to recognize objects’ three-dimensional shape, coordinates, and pose. This capability is especially critical for robots handling small or irregular items, where precision directly impacts efficiency and quality. Limitations of Traditional 3D Cameras Ø   Structured Light Cameras project patterns onto objects to calculate depth. While highly precise, they are slow (typically 5–6 fps), require objects to remain still, and need careful camera placement to avoid obstructions from manipulator arms. Ø   Stereo Vision Cameras calculate depth using triangulation between two images, sometimes with an IR light source for better disparity. They offer higher frame rates a...

  Cube-eye 3D depth cameras enable machines to see and understand their surroundings with remarkable precision. They are widely used in robotics, automation, smart cities, security, and retail, performing reliably in both bright sunlight and low-light environments. In today’s industrial world, visual data has become the foundation of automation. From part alignment and inspection to picking and transfer tasks, Cube-eye cameras give machines the ability to recognize the shape, position, and orientation of objects, crucial for accuracy and smooth workflow. Time-of-Flight (ToF) Camera Features The time-of-flight camera emits infrared light and measures how long it takes to return, calculating distance for each pixel. Cube-eye’s ToF technology combines high accuracy with efficiency, making it ideal for real-time industrial use. Ø   It captures over 30 frames per second, delivering smooth and precise depth data. Ø   It provides superior results compared to stereo ca...

  Cube-eye is shaping the future of industrial automation with its advanced Time-of-Flight (ToF) 3D camera technology. Designed to deliver fast, accurate, and intelligent vision data, these cameras help factories achieve higher precision in inspection, alignment, and robotic control. Their compact design, built-in processing capabilities, and straightforward integration make them a smart choice for modern industrial systems. Structured Light Cameras The structured light cameras project patterned light to measure depth and shape with remarkable accuracy. ü   They work well for capturing small or transparent objects, making them ideal for detailed inspection and bin picking. ü   However, because they rely on multiple image captures, the process is slow and unsuitable for moving targets. ü   In fast-paced environments, their limited frame rate and setup complexity often slow down production efficiency. Stereo Vision Cameras The stereo vision cameras deter...

  In today’s automated industries, visual information has become the key to smarter and more efficient systems. It helps in checking product quality, aligning parts, guiding robots, and ensuring safety during operations. Among these technologies, 3D vision systems are crucial because they allow machines to understand the shape, size, and position of objects. Traditional methods like structured light and stereo vision have been used for this purpose, but they often face problems such as slow processing, limited motion handling, and high system load. To solve these issues, Time of Flight (ToF) technology has become a better choice. Cube-eye ’s advanced ToF cameras provide fast, accurate, and reliable 3D data, making them ideal for modern industrial applications. Structured light and stereo vision cameras These cameras are widely used for 3D measurements in industrial systems. Structured light offers high accuracy but works slowly and is not suitable for moving objects. Stereo v...