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The company will showcase its motion control suite for robotics and automation machine builders.

The robot dubbed "Ari" features separate compartments that can keep food hot or cold — reportedly a world-first functionality in robotic food delivery technology.

The robot can support the person's full weight and lift them from seated positions to standing, along a natural trajectory its arms providing support by instantly inflating side airbags if they start falling.

The technology is a phase-change actuator that uses the liquid-to-gas transition of water as a driving force for untethered, electrically powered soft robots.

The robot, dubbed SPIDAR, which is short for Sensing, Processing, and Intelligent Dynamics for Aerial-ground Robot, reportedly features a one-of-a-kind vectorable thrust control system.

Cellumation’s hexagonal robot cells with their three omnidirectional wheels comprise the system. The omniwheels are individually controlled at 360° and enable smooth, collision-free object movement in even the most confined areas.

With an integrated lifting plate, advanced navigation and centralized fleet management, the OL-450S is designed to automate material transport in automotive, semiconductor and electronics, food and household goods, medical and other industries.

The robots work alongside each other in a self-contained burger-making cell to assemble made-to-order meals with precision and speed, performing everything from real-time ingredient tracking to topping placement.

Discover the efficiency of the Ideal Switch compared to conventional solid state relay and electromechanical relay solutions.

The team sought to specifically replicate this flying squirrel’s use of its loose flaps of skin, which are attached from their wrists to their ankles, that enable the creature to glide from tree to tree.

The soft robot operates autonomously, climbs slopes at angles of up to 80 degrees and transports payloads up to 12 times its weight.

The 5 inch soft robot can jump 10 feet, which is around the standard height of a basketball hoop.

The microrobot is being developed with the intention of eventually being used to perform microbiopsies on brain tumors, offering a safer and potentially more precise surgical alternative to traditional rigid tools.

The team proposes that such measuring tape-enhanced grippers would be ideal for agricultural applications because their extremities are soft enough to handle fragile fruits and vegetables.

Smaller than a human thumb and weighing less than a paperclip, the so-called hopping robot features a springy leg that helps to propel it off the ground.

These next-generation models provide inspectors, technicians and engineers with faster boot-up, higher temperature range, enhanced image quality and remote monitoring.