TEMAS: Dive into the perspective of a robot.

versatile use in robotics, education, laboratories, and innovative applications.

Temas Picture

Cross-platform: Windows, macOS & Linux

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Product

Product Description

Modular 3D sensor platform for robotics, education, laboratories, and innovative applications. Discover the future of 3D sensing with our versatile platform, designed specifically for robotics enthusiasts, educational institutions, labs, and forward-thinking developers. This system combines advanced sensor technologies with powerful onboard processing to capture and analyze precise 3D data in real time.

  • Integrated Multi-Sensor Architecture and Motor Control
    • High-resolution RGB camera for detailed visual data
    • Time-of-Flight (ToF) camera for depth information
    • Powerful LiDAR sensor for long-range 3D mapping
    • Precise and fast motor control
  • Intuitive Software and Open API
    • User-friendly software for Windows and macOS
    • Comprehensive API for developing custom applications in robotics, machine vision, AI, and lab data analysis
    • Power over Ethernet (PoE) for power, control, and video transmission in a single cable
  • Flexible and Robust Design
    • 120° rotation range for dynamic sensor positioning
    • Mounting options for mobile robotics platforms and tripods
    • UV-resistant, impact-tough 3D-printed material that retains shape up to 100°C
  • Onboard Processing with Single-Board Computer
    • Next-generation single-board solution: Raspberry Pi 5
    • Real-time data processing and point-cloud generation
    • Export of colored point clouds

  • Robotics: Navigation, object detection, human-robot interaction
  • Education and Teaching: Hands-on learning in robotics, computer science, and engineering
  • Laboratories and Experiments: Capture and analysis of motion data (e.g., vibration analysis)
  • Innovative Projects: 3D modeling, environmental monitoring, creative applications
  • Industrial Prototyping: Rapid prototyping for automation and inspection applications

  • Versatile sensor platform for a wide range of applications
  • Real-time data processing and colored point-cloud export
  • Easy integration and customization via open API
  • Ideal for robotics enthusiasts, educational institutions, and labs

  • Robotics researchers and developers
  • Teachers and students in technical fields
  • Scientists and technicians in research labs
  • Makers and hobbyist roboticists
  • Companies developing prototypes for industrial applications

Contact us to learn more about our modular 3D sensor platform and how it can enhance your projects!

Parameter Value
3D Print Material ASA
Pan Angle -60° to 60°
Tilt Angle -30° to 90°
Minimum Motor Step Size 0.5°
Communication Interface Ethernet
Power Supply Power over Ethernet: 37V–57V (DC)
Network Standard IEEE 802.3af/at PoE
Ethernet Speed 2.5 Gbit/s
Motor Response Time 0.33 s/60°
Gearbox Metal
Weight 0.82 kg ±5%
Weight including base mount 1 kg ±5%
Operating Temperature 0°C–45°C
Camera Sensor Sony IMX708
Video Modes (Visual) 1280x720@30fps
IR Filter (Visual) Yes
Pixel Size (Visual) 1.4 µm x 1.4 µm
Horizontal Field of View 73.8°
Vertical Field of View 45.5°
Light Source (ToF) 940 nm VCSEL
Measurement Range (ToF) 3.9 m
Video Modes (ToF) 180x180@30fps
IR Filter (ToF) No
Horizontal FoV (ToF 1.5 m) 45°
Vertical FoV (ToF 1.5 m) 44°
Laser Class 1
Range 40 m
Resolution ±1 cm
Accuracy ±2.5 cm
Wavelength 905 nm
Peak Power 1.3 W
Update Rate 500 Hz
Beam Divergence 8 mrad
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Here you can find the comprehensive API documentation, providing clear instructions on how Temas works.

Dokumentation PyPI

ROS2 Node Documentation

TEMAS ROS2 interfaces and nodes: camera streaming, motor and gimbal control, system and sensor data. All topics, services, and parameters are clearly documented.

Open full ROS2 docs

Coming soon...

For more information, please download our manual.

User Manual

Coming soon...

Latest firmware version 1.0.0

Windows software to control your device.

Windows

macOS software to control your device.

macOS

3D model of the device in STL format.

.stl Temas

3D model of the device for modular installation in STL format.

.stl Temas (modular)

Application Areas

Temas features an integrated multi-sensor architecture, motor control, an open API, and a mechanical interface for easy integration into a wide range of applications – from robotic systems to smart home projects.

Robotics

Temas combines a mechanical interface with a multi-sensor architecture – including visual camera, ToF camera, and laser – plus fast and precise motors. The integrated single-cable PoE solution ensures efficient power and data transmission. The open API enables seamless integration into mobile robotic systems and collaborative cobots.

3D Mapping & Surveying

Tailored flexibility: Two powerful options for precise mapping – the laser for large-scale applications and the ToF camera for impressive, detailed live point clouds – perfect for dynamic close-range scenarios.

Research & Education

Experience digital education: Visualize live experiments, integrate measurement data seamlessly into labs or lectures, and make physical phenomena – such as free-fall, pendulum, or velocity experiments – interactive and tangible.
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Artificial Intelligence

The multi-sensor setup generates rich training data – combining RGB images, depth data, and geometry. Especially by fusing ToF and laser data with visual camera images, detection accuracy can be significantly enhanced.

Virtual Reality Headset

In combination with a VR headset, our sensor system makes complex environments immersively tangible in real time – ideal for interactive visualization, hands-on training, and remote collaboration in research, industry, and education.

Smart Home & IoT

Our sensor system captures spaces, objects, and motion in the smart home precisely in 3D and real time. It detects changes and lays the foundation for intelligent automation, adaptive security systems, and enhanced living comfort. Power and data transmission are efficiently handled via a single cable – thanks to integrated Power-over-Ethernet (PoE) technology.

Robotics

Robotic systems benefit from a multi-sensor architecture, precise and fast motor control, open hardware integration, and seamless connectivity via PoE and open API.

  • Open hardware integration: We provide an STL download of a 3D model for easy mechanical integration of the sensor system into your own projects.
  • Precise environment detection: The integrated multi-sensor architecture enables detailed 3D capture of the surroundings in real time – essential for navigation and object recognition.
  • Easy integration: Through the open API and single-cable PoE technology.
  • Fast responsiveness: The combination of rapid data processing and precise motor control enables immediate reactions to environmental changes.

Mobile robotic systems benefit from our multi-sensor architecture – including ToF depth data, visual camera, and laser – combined with fast motor control to reliably detect obstacles and navigate safely and autonomously in real time.

Collaborative robots benefit from our multi-sensor architecture with ToF, visual camera, and laser technology, as well as precise motor control, enabling safe, flexible, and responsive real-time collaboration with humans.

TEMAS captures live environment data on a mobile platform.

3D Mapping & Surveying

For 3D mapping, two flexible options are available: the laser for large-scale applications and the ToF camera for detailed live point clouds at close range.

  • Direct export as colored .ply file
  • Laser range up to 40 m
  • ToF camera with dynamic range up to 3.9 m

The laser enables large-scale mappings, seamlessly overlaid with visual camera data for vibrant, detailed color rendering.

The ToF camera allows for high-detail close-range capture with colored rendering via real-time overlay with the visual camera.

Colored point cloud (Laser)

Live colored point cloud (ToF)

Research & Education

Digital education becomes tangible through interactive visualization of live experiments.

  • Position reading in spherical coordinates (r, θ, φ) for precise spatial localization
  • A high-frequency laser provides extensive measurement data
  • 3D motion analysis for advanced learning content and hands-on experiments

Low code, big “aha!”: Our open API makes programming an experience with direct visual feedback – ideal for creative minds and curious beginners.

Versatile use from school to research: From simple linear motion measurements with a high-frequency laser and CSV output to complex 3D motion analyses via computer vision (e.g., background subtraction, feature matching).

Animation

Falling tennis ball

Artificial Intelligence Icon Artificial Intelligence

Our intelligent multi-sensor platform with visual camera, ToF technology, and distance sensing enables precise object detection in real time – seamlessly integrable via an open API with popular AI libraries.

  • Increased detection accuracy through the combination of visual camera, ToF sensing, and distance measurement in one integrated multi-sensor platform.
  • Open API for easy integration with popular AI frameworks and libraries.
  • Real-time object detection for fast and reliable analysis of dynamic scenes.

Seamless integration of popular AI frameworks with automatic object tracking via smart motor control.

Control your systems and applications by voice – fast and precise, with our integrated open API and support for modern AI frameworks for flexible and intelligent user interaction.

AI integrated with Temas

KI Colored Point Cloud

Virtual Reality Headset

The immersive real-time experience of our sensor system combined with a VR headset can be flexibly integrated into existing applications via an integrated, open API.

  • Immersive real-time experience on the smartphone.
  • Integrated open API – also seamlessly usable with Python-based mobile apps.
  • Precise control and navigation.

Realistic training in simulated environments that accurately represent complex scenarios.

Virtual meeting rooms and shared workspaces connecting teams from different locations in research, teaching, and industry.

Virtual Reality Headset with Temas

Smart Home & IoT

Temas revolutionizes smart home projects with intelligent room sensing, intuitive gesture control, and secure PoE automation – for seamless integration, enhanced comfort, and energy efficiency.

  • Intelligent room sensing enables precise detection of occupancy and movement for automated control.
  • Intuitive gesture control allows hands-free operation of smart home devices for greater comfort and hygiene.
  • Temas provides energy-efficient and reliable control functions via Power-over-Ethernet (PoE).

Automatic detection and analysis of occupancy and usage for efficient control of lighting, climate, and energy.

Use our open API for flexible and seamless smart home solutions, efficiently powered over Power-over-Ethernet (PoE).

TEMAS – ROS2 control with Node-RED integration (live demo)

Fall Detection with TEMAS + AI

About Us

The foundation for our technology was laid in 2019 when we – Dr. Emre Gürdal and Muhammed Tayar – joined forces with a shared vision for digital environmental sensing. In 2025, the official company was founded with the goal of combining precision, openness, and versatility in one compact system. Our technology combines an integrated multi-sensor architecture, consisting of visual camera, ToF camera, and laser, with fast and precise motor movement. The system is complemented by open interfaces – both mechanical and software (API) – enabling precise 3D mapping and seamless integration into a wide range of applications. Whether in robotics, smart home, mobile platforms, or educational environments: our system generates point clouds in real time, exports them directly in .ply format, and supports both live visualization and immediate post-processing. As an optoelectronic component, our system is ideal for robotics applications and ensures highly precise, real-time environment sensing for safe and efficient navigation.

Frequently Asked Questions

Here you’ll find answers to common questions about Temas.

Contact Rubu

Location:

Felix-Wankel-Strasse 1, Aalen, 73431