Letting Machines Perceive the 3D World:
Creating Value with 3D Data via Our Time of Flight Cameras

Why Vzense?

Generally speaking, there are multiple technological pathways to achieve 3D vision, such as binocular vision technology, structured light technology, time of flight technology and line laser technology. While Time-of-Flight (ToF) technology may not boast the highest accuracy compared to other 3D vision methods, it distinguishes itself through a compelling combination of advantages: longer range, robust ambient light resistance, high frame rate, and crucially, low cost. This unique profile makes ToF exceptionally versatile across a wide array of applications. Since the ToF cameras do not require point correspondence matching, they are also easier to configure. Learn more about Time of Flight(ToF) Technology We chose ToF, and that's just one of the reasons to choose us. In terms of ToF (Time of Flight) technology, it is divided into i-ToF and d-ToF. There are still a series of technical challenges in the design and manufacturing process of large resolution d-ToF chips. Most of the Time of Flight (ToF) cameras or sensors on the market are i-ToF, with chips that are relatively mature. However, existing interference and working distance range issues still need to be addressed. Thanks to our professional and experienced technical team, our cameras achieve unique advantages such as integration, high light resistance, and high frame rate. Below are real shots from our cameras.