Robotics Videos

Welcome To The Invisible World by Cavitar.... A world in which the unimaginable can be recorded on a camera thanks to our laser illumination. Where you get to see through heat and where brightness is no longer considered an obstacle. Where welding imaging is as clear as a day and welding defects can be identified with ease. Where shockwaves are captured with no motion blur. Where researchers, welders, and those with a curious mind can find something new and unique every single time.

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ASIMO is a humanoid robot created by Honda. Standing at 130 centimeters (4 feet 3 inches) and weighing 54 kilograms (119 pounds), the robot resembles a small astronaut wearing a backpack and can walk or run on two feet at speeds up to 6 km/h (3.7 mph), matching Hitachi's EMIEW.

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The Swumanoid project has be developed by the Nakashima Group at Tokyo Institute of Technology. It is hoped that the Swumanoid will help understand how humans can swim at a faster pace and to make this technology a good tool for helping athletes enhance their speed at swimming.

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At Celera Motion, we take our components and develop mechatronic assemblies - creating robot joints with extreme accuracy, low profiles, and high torque to deliver a unique solution for your requirements.

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Dr. Florain ‘Floyd’ Mueller at the Exertion Games Lab RMIT University is currently developing the Joggobot, a flying robot that will work to interact with the human body, play (i.e., sports exercise), and technology.

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The Nao Devils Dortmund are a RoboCup team by the Robotics Research Institute of TU Dortmund University participating in the Standard Platform League as the successor of team BreDoBrothers, which was a cooperation of the University of Bremen and the TU Dortmund University.

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How to install your Veratus encoder unit.

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The name NUbots stand for Newcastle University robots and is the name of the robot soccer competition team of the Newcastle Robotics Lab., Australia, since 2002.

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Research at the University of New South Wales, Australia is aiming to provide control mechanisms that can manipulate the agricultural tractor with precision.

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This video demonstrates the robustness of the Veratus optical encoder to vibration.

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Cartesian or Gantry robots used in automated manufacturing, inspection, and medical imaging must consistently and repeatedly measure, position, or manipulate components - or scan across an area at a constant velocity to reliably complete the task at hand.

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Gun-wielding robots are only ever seen in action films, until now. Suidobashi Heavy Industry, A Japanese electronics company in Tokyo, have revealed a $1.2 million gun-wielding robot manipulated using smartphone technology. This robot is powered by diesel, is four meters in height, weighs 4.5 tonnes and can move at 10 km/h.

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Celera Motion's Omni Series enables OEMs to design high performance, reliable, small and lightweight systems using flexible and easy-to-integrate rotary motor components.

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Celera Motion’s mechatronics team designs and manufactures custom gimbals using our MicroE precision encoders and Applimotion motor components.

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This video gives an overview of an optical centering technique to minimize eccentricity in an Optira rotary encoder disk installation.

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Recent developments by researchers at ETH Zurich present three quadrocopters working in co-operation to toss and catch a ball using an elastic net.

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How to install your Optira encoder unit.

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This video demonstrates the resistance to scale contamination of the Veratus optical encoder.

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