3D ToF cameras and multi-pixel sensors

Developed for indoor use, Evo 64px outputs a matrix of 8x8 high-speed distance readings over a 15 degree Field of View, with a maximum range of up to 5 meters. All in a small and lightweight form-factor, only 12 grams. A free graphical user interface is available for quick tests on your PC, and drivers for ROS are also written adding to the plug and play convenience.

Enable the third dimension with an 80x60 pixel resolution and 74° x 57° Field-of-View. The 3D Time-of-Flight camera benefits from a robust aluminum casing while still offering a compact (83 grams) and discrete design. It is easy to set up and to stream depth data via the USB interface on Windows or Linux OS. Terabee 3Dcam comes with an OpenNI-based SDK, C/C++ samples, Python samples, and ROS package.

The latest addition to Terabee’s Industry 4.0 offering, 3Dcam VGA combines price, performance and versatility to come out a winner. Robust, IP65- and IP67-rated, this device is the smallest, lightest and most affordable industrial-grade Time-of-Flight 3D camera in its class.

With the widest field of view (90° × 67.5°), VGA resolution (640 × 480 pixels) and as a Class 1 laser product, 3Dcam VGA is a key component in industrial automation and industry 4.0 solutions. It is suitable for applications such as logistics, mobile robotics, human-machine interaction, level monitoring, smart agriculture and people and movement detection.

Its onboard computing and open software platform mean you are free to use existing code libraries and to run applications on the edge for even greater process efficiency.

Our smallest and lightest TeraRanger Evo sensor provides versatile performance and value for money. Optimized for indoor distance sensing, Evo Mini offers ranging capabilities from 3 cm up to 3.3 m. Switch easily from single-pixel to multi-pixel modes. Evo Mini also features a robust ABS enclosure for increased protection and is supported with Arduino & Raspberry Pi sample codes and free ROS nodes to get your projects up and running in no time.

Now more than ever there is a substantially reduced appetite for touching doors, screens, kiosks and other commonplace control systems in the public domain. Rising to meet this demand, Terabee has created the Evo Swipe sensor for simple gesture control. Simply swipe your hand through the air right to left, left to right, or up or down, to control machines, doors, information displays and many other systems. By eliminating the need to press buttons, pull levers, or click a mouse, risk such as virus spread and infection are greatly reduced.

The small optical Time-of-Flight sensor is easy to install, setup and use. Everything is on-board to facilitate left/right, right/left gesture recognition.

Evo Swipe Plus is ideally suited to digital information screens and kiosks, interactive advertising, smart retail installations and all manner of touchless gesture recognition applications.

The sensor can be used in two configurations. One allows presence detection and counting, event triggering and touchless gesture control. In the other configuration presence detection is replaced with a bi-directional people traffic counter. This allows you to track how many people pass by your digital asset from right to left or left to right, and when, and to see how many people engage with it.

At a time when virus propagation is in all our minds, the touchless left/right, right/left and validation gesture commands of Evo Swipe Plus eliminate the need for continual disinfection of touchscreens and keypads, whilst giving users an added sense of security.

Small and discreet, the Evo People Counter module can measure bidirectional pedestrian activity. Evo People Counter is a low-cost sensor solution for system integrators seeking to integrate bidirectional people traffic data into their software solutions and services, while respecting privacy guidelines and regulations. It is ideally suited for integration with door frames, furniture, kiosks, retail point of sale assets and more.

The sensor reports data locally, via USB or UART, while sensor administration can be conducted locally via commands or GUI hosted on a computer.