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Robotics Design Inc. | Advancement Through Simplicity - Our A.N.A.T. Technology
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Unlimited configurations = unlimited applications!
A.N.A.T. (Articulated Nimble Adaptable Trunk) technology is a unique innovation in robotic architecture that allows for the creation of highly robust and intelligent robots with reconfigurable modular architectures.
This technology was invented by the founder of Robotics Design Inc., Mr. Charles Khaïrallah. In use in over seven ground-breaking products worldwide, ANAT™ technology represents the robotic architecture of the future.
The invention consists of a series of motorized U and H shaped modules that function much like cells of the human body; they work together to achieve a common goal. These modules connect to each other along four points, allowing them to evenly distribute pressure amongst themselves like the simple, yet timeless, design of the Roman arches. This allows ANAT™ robots to carry exceptionally heavy payloads, and withstand pressure applied on any point of their modules. ANAT™ modules can be configured into a diverse spectrum of robot configurations such as fixed manipulators, mobile robots, flexible ergonomic arms (up to 32 D.O.F.), and much more.
We believe that ANAT™ technology represents the future of robotics, and will improve the world we live in, in ways that few have only dared to imagine.
Robotics Design Inc.
Advancement Through Simplicity
A.N.A.T. (Articulated Nimble Adaptable Trunk) technology is a unique innovation in robotic architecture that allows for the creation of highly robust and intelligent robots with reconfigurable modular architectures.
This technology was invented by the founder of Robotics Design Inc., Mr. Charles Khaïrallah. In use in over seven ground-breaking products worldwide, ANAT™ technology represents the robotic architecture of the future.
The invention consists of a series of motorized U and H shaped modules that function much like cells of the human body; they work together to achieve a common goal. These modules connect to each other along four points, allowing them to evenly distribute pressure amongst themselves like the simple, yet timeless, design of the Roman arches. This allows ANAT™ robots to carry exceptionally heavy payloads, and withstand pressure applied on any point of their modules. ANAT™ modules can be configured into a diverse spectrum of robot configurations such as fixed manipulators, mobile robots, flexible ergonomic arms (up to 32 D.O.F.), and much more.
We believe that ANAT™ technology represents the future of robotics, and will improve the world we live in, in ways that few have only dared to imagine.
Robotics Design Inc.
Advancement Through Simplicity
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