Category: Product Manual

Benewake TF-Luna is using Time of Flight (TOF) principle to measure distance, and it periodically emits near infrared modulated waves. TF-Luna calculates the time by measuring the phase difference between the original wave and the reflection wave and uses that time to get relative distance.

Benewake TF-Luna LiDAR Distance Sensor is a non-contact, based on Time of Flight principle measurement equipment. Single beam  of light can be used to detect obstacles. Because of its high accuracy performance, it will help robots to stop and detour in time to prevent falling.

Benewake TF-Luna LiDAR Distance Sensor is a non-contact, based on Time of Flight principle measurement equipment. Single beam of light can be used for eye to camera detection. It is totally no harm to human eyes. LiDAR is becoming a autofocus sensor for camera and any other devices.

AGV obstacle sensors are including ultrasonic, infrared, LiDAR and visual, etc. Each one of them are difference: Infrared is cheap and cannot detect black object. Ultrasonic can detect glass and the acoustic wave has poor controllability may cause false alarm. LiDAR has better controllability but may penetrate glass. Visual cost higher than any

Benewake TFluna LiDAR Module could provide remaining squatting space and toilet traffic for users and administrators. The management will predict the flow density and make reasonable cleaning arrangement with these data. Relying on sensor based IoT technology, it can provide better, efficient, convenient and comfortable services for toilet users.

Benewake TF series LiDAR is a ranging sensor with small size, high accuracy, and high measurement frequency. It can be used as an auxiliary landing and altitude holding sensor for UAVs. The LiDAR can provide distance information and feed it back, then UAV can adjust the descent speed or flight

Benewake TFmini Plus LiDAR Module could provide remaining squatting space and toilet traffic for users and administrators. The management will predict the flow density and make reasonable cleaning arrangement with these data. Relying on sensor based IoT technology, it can provide better, efficient, convenient and comfortable services for toilet users.

LiDAR is a non-contact, based on Time of Flight principle measurement equipment. Single beam of light can be used for point level detection in bins, silos and hoppers filled with grain or other solid materials.

LiDAR is a non-contact, based on Time of Flight principle measurement equipment. Single beam of light can be used for eye to camera detection. It is totally no harm to human eyes. LiDAR is becoming a autofocus sensor for camera and any other devices.

Benewake are specialized in single-point and 3D directional obstacle avoidance for AGV. LiDAR is a non-contact, based on Time of Flight principle measurement equipment. It will out put the distance of the nearest objects.

Benewake TFmini Plus is a milestone of Benewake in the process of promoting the cost-effective -LiDAR. Apart from low-cost, small-size and low-power-consumption, TFmini Plus also improves the frame rate, introducesIP65 enclosures and optimizes various compensation algorithms. These new characters greatly expand the application fields and scenarios of TFmini Plus. The