Robotic & Eye Tracking Systems

**NAO** is the first robot created by Aldebaran, part of United Robotics Group. Famous around the world, NAO is a tremendous programming tool and he has especially become a standard in education and research. NAO is a **58-cm** tall humanoid robot. NAO is intended to be a friendly companion around the house. He moves, recognises you, hears you and even talks to you! NAO has constantly evolved since the beginning of his adventure in 2006 and the 6th version (NAO6), launched in 2018, integrates a new CPU which enhances his performance. NAO is also used as an assistant by companies and healthcare centers to welcome, inform and entertain visitors.

Air is a wearable and portable dry EEG device designed for real-world applications that require great comfort and unobtrusiveness for the user, as well as an agile set up and outstanding signal quality for the researcher. Developed with with 8 dry electrodes over specific brain areas (pre-frontal and occipital), it is optimised for the basic estimation of emotional and cognitive states. Its high-performance active shielding and stable mechanical design provide outstanding robustness and EEG signal quality, even with movement or during long recording periods. Owing to its exceptional usability, this dry-EEG can be easily self-placed in less than 2 minutes by the final user or, assisted by either technical or non-technical experts. This feature, in combination with the great comfort and reliability, is opening the door to the developing of real-world neurotechnology applications. Air comes with Bitbrain Software Kit for EEG signal acquisition, processing and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as ExG, GSR, eye-trackers, among many others. **Features** - Wearable and portable - Outstanding usability - Optimised EEG sensor placement - Robust dry-EEG monitoring - Practical technology - High software compatibility

Diadem is a portable EEG headset designed for real-world applications that require great comfort and unobtrusiveness for the user and an agile setup and outstanding signal quality for the researcher. Developed with 12 dry EEG electrodes over specific brain areas, it is optimised to estimate emotional and cognitive states (pre-frontal, frontal, parietal and occipital brain areas). Its high-performance active shielding and stable mechanical design provide outstanding robustness and EEG signal quality, even with movement or during long recording periods. Owing to its refined usability, this dry electrode EEG headset can be easily self-placed in less than 2 minutes by the final user, or assisted by either technical or non-technical experts. This feature, in combination with its great comfort and reliability, is opening the door to neuroscience research in real-world applications and real-life brain-computer interface products operated everywhere by final users, families or assistants. Diadem comes with the Bitbrain Software Kit for EEG signal acquisition, processing, and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as ExG, GSR, eye-trackers, among many others. **Features** - Wearable and portable - Outstanding usability - Optimised EEG sensor placement - Robust dry-EEG monitoring - Practical technology - High software compatibility

Hero is a portable dry-EEG system designed for real-world applications that require great comfort and unobtrusiveness for the user, as well as an agile set up and outstanding signal quality for the researcher. Developed with 9 dry electrodes over specific brain areas (fronto-central, central, and centro-parietal areas), it is optimized for the estimation of cognitive and sensorimotor states. Its high-performance active shielding and stable mechanical design provide outstanding robustness and signal quality, even with movement or during long recording periods. Owing to its refined usability, this dry electrode EEG technology can be easily self-placed in less than 2 minutes by the final user, or assisted either by technical or non-technical experts. This feature, in combination with the great comfort and reliability, is opening the door to neuroscience research in real-world applications, and real-life brain-computer interface products operated everywhere by final users, families, or assistants. Hero comes with Bitbrain Software Kit for EEG signal acquisition, processing, and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as ExG, GSR, eye-trackers, among many others. **Features** - Wearable and portable - Outstanding usability - Optimised EEG sensor placement - Robust dry-EEG monitoring - Practical technology - High software compatibility

Ring is a mobile and reliable biosignal device for the monitoring of electrodermal (EDA / GSR) and cardiovascular activity (BVP). It has been designed for real-world research scenarios that require great comfort for the user as well as an agile set up and outstanding signal quality for the researcher. The device has an ultralight and comfortable design with two key biosensors for a basic estimation of emotions (GSR-electrodermal activity and BVP-cardiac activity) and a three-axis solidary accelerometer (ACC) for an estimation of the noise that can be generated due to the movement of the hand. Its stable mechanical design provides outstanding robustness and signal quality, even with movement or during long recording periods. Owing to its exceptional usability, reliability and the possibility of self-positioning by the end-user, an infinite range of possibilities to use it both in and outside of the laboratory with ecology are available. Ring comes with the Bitbrain Software Kit for data acquisition and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as EEG, eye-trackers, among many others. **Features** - Mobile and wireless - Optimised electrode placement - Practical technology - Outstanding usability - Reliable GSR and BVP monitoring - High software compatibility

Versatile Bio is a mobile and versatile real-time biosignal amplifier, optimised for out-of-the-lab applications that require great freedom of movement for the user, and exceptional signal quality for the researcher. With a simple placement on the arm or waist, it can reliably record 21 channels (extensible to 35) of bipolar electrical biosignals (ExG), analogue biosignals (GSR, RESP, TEMP, etc.), movement activity and location (EMG, IMUs, etc.), behaviour inputs (pedals and push buttons), and communication inputs / outputs (LPT, digital, etc.). Its great multi-sensory versatility, its simplicity of use, comfort for the researcher and for the end-user, as well as its optimisation to work in mobility conditions, open a wide range of possibilities to use it both in the laboratory and in outpatient research applications out of the laboratory. This biosensor acquisition system comes with the Bitbrain Software Kit for data acquisition and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as EEG, eye-trackers, among many others. **Features** - Mobile and compact - 21+ (35ch) channels - Practical technology - Outstanding usability - Reliable biosignal monitoring - High software compatibility

These all-purpose semi-dry EEG caps with 8, 16, 32 and 64 channels are mobile EEG devices for real-time recording. They are designed for versatile monitoring in a wide range of environments, providing great comfort to the researcher and freedom of movement to the user. Its water-based EEG electrodes can be placed in any position or the predefined layout within 10/20 and 10/10 international system, and have been developed with highly stable contacts and active shields that allow reliable and precise monitoring even in ambulatory conditions or in the presence of electromagnetic noise. Its ease of use and comfort, together with a quick placement that does not require any electrolytic gels to be applied, open a large number of possibilities for use both in the laboratory and in outpatient out-of-laboratory research applications. Versatile EEG comes with the Bitbrain Software Kit for signal acquisition and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as ExG, GSR, eye-trackers, among many others. **Features** - Mobile and wireless - Versatile layout - Practical technology - Outstanding usability - Reliable semi-dry EEG monitoring - High software compatibility

Meet **KINOVA Gen3**, a pathbreaking robot for pathbreaking research and development, adaptable for all levels of expertise with low-level and high-level control. With the Kinova Gen3 ultra-lightweight robotic arm, you have the power to turn your ideas into reality. Designed for efficiency and portability, you can move the robot between research teams, applications, projects, and environments with a quick setup time under 30 minutes. Opening a world of possibilities, see for yourself why hundreds of universities, startups, and corporations are trusting Kinova's Gen3 in their innovation journey. Thanks to its embedded controller, small footprint, lightness, and low power consumption, Kinova's Gen3 is the ideal candidate for mobile robotics applications. No messy cable management or bulky control box, longer battery life, faster troubleshooting, and more. To top it all off, our professional robots have an incredible payload-to-weight ratio. On tracks or wheels, grass, sand, or dirt, you can trust Gen3 to get the job done efficiently. Test and perform a broad range of operations: dynamic grasping, vision-based manipulation, dexterous assembly, haptics, deep learning, mobile manipulation, etc. Interested in learning more? Get started today with your own robotic application by getting in contact with one of our representatives. **Features** - Continuous payload 4 kg / 8.8 lbs - Maximum reach 891 mm - Weight 7.2 kg / 16 lbs - Power consumption 36 W

Meet **KINOVA Gen2**, an ultra-lightweight, one-of-a-kind robot featuring an embedded controller, adaptable for all kinds of scenarios and work environments. Imagine a robotic arm that’s extremely portable, safe to operate around people, can manipulate objects in any three-dimensional workspace with very low power usage – and is just a fraction of the weight of traditional robotic arms. Kinova Gen2 robots offer you performance, flexibility, and ease all in one. Designed to augment human capability in any structured or unstructured environment, all of our robots put the humans operating them at the forefront, meaning the individual is always in control of the technology, and the technology always complements the individual. When working together, extraordinary results are within reach. **Features** - Continuous payload 2.6 kg / 5.7 lbs - Maximum reach 985 mm - Weight 4.4 kg / 9.7 lbs - Power consumption 25 W

Meet KINOVA Gen3 lige, a cost-efficient solution for education and professional applications, adaptable for all levels of expertise with low-level and high-level control. Being the newest and most compact member of the Kinova ultra-lightweight robot series, the Gen3 lite offers a more cost-efficient option if you're looking for one or multiple professional-grade robotic arms to perform light manipulation tasks. The Gen3 lite is perfectly suited for professional academic-level education needs. In addition, the Gen3 lite runs on the powerful and robust Kinova® Kortex™ API software, so you can seamlessly share programming and collaborate with other Gen3 lite or Gen3 units. The Gen3 lite is adaptable for all levels of expertise, so you can control your robot to perform everything from simple grasping tasks to programming more complex manipulation applications in MATLAB, ROS, C++, and Python. Enjoy the flexibility of developing in the environment you are most comfortable with. **Features** - Continuous payload 0.5 kg / 1.1 lbs - Maximum reach 760 mm - Weight 5.4 kg / 12 lbs - Power consumption 20 W

Meet **KINOVA Gen3 lige**, a cost-efficient solution for education and professional applications, adaptable for all levels of expertise with low-level and high-level control. Being the newest and most compact member of the Kinova ultra-lightweight robot series, the Gen3 lite offers a more cost-efficient option if you're looking for one or multiple professional-grade robotic arms to perform light manipulation tasks. The Gen3 lite is perfectly suited for professional academic-level education needs. In addition, the Gen3 lite runs on the powerful and robust Kinova® Kortex™ API software, so you can seamlessly share programming and collaborate with other Gen3 lite or Gen3 units. The Gen3 lite is adaptable for all levels of expertise, so you can control your robot to perform everything from simple grasping tasks to programming more complex manipulation applications in MATLAB, ROS, C++, and Python. Enjoy the flexibility of developing in the environment you are most comfortable with. **Features** - Continuous payload 0.5 kg / 1.1 lbs - Maximum reach 760 mm - Weight 5.4 kg / 12 lbs - Power consumption 20 W

Meet the all-new cobot **KINOVA Link 6. Link 6** is a latest-generation, robust collaborative robot, built for all industries that want to benefit from automation. Whether you are a small, medium, or large business, Link 6 is designed to grow with you. Featuring a rich interface on its wrist, feed-through of power and data, optional Gigabit Ethernet adapter, and optional wrist vision module — Kinova's newest robot helps you start producing faster. Link 6 is a flexible work companion. Easy to program, choose the end effector that best suits your needs, and program a new sequence to begin your automation journey. Small batch sizes or large product variety are manufacturing challenges Link 6 can help you overcome easily. Here are some of Link 6 arm main features: - Superior hand-guiding capabilities - Lightweight yet robust enough for long-lasting industrial activity - Software support for Robotiq and OnRobot brand end effectors - Feed-through power and data make cable management a breeze - User-friendly interface enables time- and cost-efficient integration

The Niryo Convenyor Belt is a powerful and easy to set up magnetic holding system, allowing you to focus only on your Industry 4.0 oriented projects. The Conveyor Belt is accompanied by its Control Box for independent use and is compatible with Niryo One, Ned and Ned2. Features ~~~~~~~~~~~~ - Bidirectional drive - Adjustable speed - Autonomous - Sized to fit perfectly with Ned2

**Niryo Ned2 6 Axis collaborative robot** based on open-source technologies designed for Education, Vocational Training and Research. **Ned** is designed to reproduce all the movements required for the most advanced uses with a precision and a repeatability of 0,5mm. **Ned**’s aluminium structure makes it exemplary robust and smooth, allowing it to accomplish with fluidity the required movements for your robotics projects. This cobot takes advantage of the capacities of the Raspberry Pi 4, with a 64-bit ARM V8 high performance processor, 2Gb of RAM, and an improved connectivity. **Ned** is a collaborative robot based on Ubuntu 18.04 and ROS (Robot Operating System) Melodic, an open-source solution created for robotics. Through ROS, Ned has multiple libraries allowing you to conceive many programs from the most simple to the most complex ones, responding then, in a flexible way, to your needs. Using **Ned** for Education and Research means having a collaborative robot with uses faithful to the industrial reality: - Use a visual programmation method for the simplest processes (Blockly, similar to Scratch), - Create your own programs allowing you to create complex processes, such as programs made for multirobot or needing the use of artificial intelligence for the vision. - Prototype complete industrial scenarios such as "pick & place" (pick up an object to move it), "pick & pack"

The bundle is designed to be turnkey, so you just unroll the vinyl on your desk, place the robot and its ecosystem, and you’re ready to start working on the various practical exercises with different learning scenarios. You can be sure that you’ll be able to carry out the various operations without having to worry about whether the robot is correctly positioned in relation to the conveyor or the image recognition tag. With the same location, you can work on different concepts, from the simplest to the most complex. **The Set Includes**: - Ned2 - Custom Gripper - Large Gripper - Adaptive Gripper - Conveyor + IR Sensor - Vacuum Pump - Vision Set - Electro Magnet

Fable Explore: Educational modular robots for STEAM learning ~~~~~~~~~~~~~ The Shape Robotics Fable is a modular educational robotic system designed to indtroduce students to programming concepts in a hands-on, interactive manner. **Fable Explore comes with a Fable Joint module that gives the functionality of an arm in a humanoid robot and can be used to train problem-solving skills.**. Fable can be assembled in just a few seconds, with the rest of the time being used by students to program in Blockly, Python or JavaScript. With Fable, students can work on multidisciplinary projects. The complexity of the projects increases with the addition of numerous 3D printed accessories. The presence of light, colour and proximity sensors makes it easier to find solutions to real problems. Fable is an essential tool in the research and innovation process. Teachers and students can explore advanced robotics concepts as well as create their on robotic functionality and behaviours. With the FableFace app, the robotic system acquires humanoid traits, and is able to transmit sounds and emotions. This allows students to program the robot to engage in assistive activitie in areas such as tourism, education, medicine, etc. **Features** - Teach complex problem-solving skills - Explore physics and mathematics in new ways

Fable Go: Educational modular robots for STEAM learning ~~~~~~~~~~~~~~~~~ The Shape Robotics Fable is a modular educational robotic system designed to indtroduce students to programming concepts in a hands-on, interactive manner. **Fable Go lets the students create mobile robots that can be remotely controlled and used for soccer, ploughing or more complex movements**. Fable can be assembled in just a few seconds, with the rest of the time being used by students to program in Blockly, Python or JavaScript. With Fable, students can work on multidisciplinary projects. The complexity of the projects increases with the addition of numerous 3D printed accessories. The presence of light, colour and proximity sensors makes it easier to find solutions to real problems. Fable is an essential tool in the research and innovation process. Teachers and students can explore advanced robotics concepts as well as create their on robotic functionality and behaviours. With the FableFace app, the robotic system acquires humanoid traits, and is able to transmit sounds and emotions. This allows students to program the robot to engage in assistive activitie in areas such as tourism, education, medicine, etc. **Features** - Experiment with complex movement and geometry - Create algorithms to play robotic soccer

**Pepper** is the world’s first social humanoid robot able to recognize faces and basic human emotions. Pepper was optimized for human interaction and is able to engage with people through conversation and his touch screen. Pepper is available today for businesses and schools. Over 2,000 companies around the world have adopted Pepper as an assistant to welcome, inform and guide visitors in an innovative way. Standing **120cm** tall, Pepper has no trouble in perceiving his environment and entering into a conversation when he sees a person. The touch screen on his chest displays content to highlight messages and support speech. His curvy design ensures danger-free use and a high level of acceptance by users.