The robotic arm could help farmers harvest crops even in increasingly challenging conditions, such as rising temperatures.

Unveiled during the grand opening of the Digital Construction Site at TU Braunschweig, the system merges COBOD’s BOD2 3D construction printer with a telescopic vertical extension and robotic arm ...

During tests, the MIT team's robotic radar system achieved 96 percent when reconstructing hidden and obscured objects.

The bodywork was 3D printed, although the exact process is not known. However, it could have been SLS, as post-processing was carried out with sand, and sandblasting is a common process for ...

The 3D Printing Robot Market presents significant growth opportunities, especially in regions like North America where technological maturity and government support are high. While drivers such as ...

Soft robots, with their compliance and adaptability, are ideal for applications requiring continuously flexible, dynamic movement, making them promising candidates for underwater locomotion. However, ...

The most agile robot dogs are the ones with back-drivable low-ratio reducers which allows the motor to be back-driven so we get some natural spring in the legs - which can be controlled on the fly ...

Credit: Jeff Fitlow/Rice University Researchers at Rice University have developed a groundbreaking soft robotic arm that moves using only laser light—no wires, motors, or batteries required.

Fortunately, 3D printing one’s own enclosure meant it could be gracefully worked into the design, instead of getting a Dremel or utility knife involved.

Inspection and maintenance of equipment inside buildings, such as exit signs, bared pipelines, air vents, and fire alarms often requires a robot to reach high, hidden, or confined areas that are ...