Diverse molecular data sources support a close relationship between hexapods and crustaceans (collectively known as Tetraconata or Pancrustacea), either as sister taxa 6, a result also favoured by ...

The latest parallel kinematic mechanisms — hexapods — are significantly more accurate and dynamically stable than old iterations. Put them to work in your next positioning application to ...

Hexapods are now employed for aligning the tiniest optical components in the newest Silicon Photonics production processes, as controlling automated labeling machines and positioning full body parts ...

Six-axis hexapods enable new levels of flexibility in precision automation and assembly applications, including aerospace, automotive, photonics & semiconductor manufacturing. Hexapods can also ...

This video showcases PI Hexapods that provide a unique way of controlling motion with six degrees of freedom. One of the key differentiators to traditional multi-axis positioning systems is the ...

This video shows how PI hexapods align fibers with submicrometer accuracy to reach the so-called “first light”. PI provides a variety of innovative fiber alignment systems. Fiber alignment is an ...

This video shows how PI hexapods align fibers with submicrometer accuracy to reach the so-called “first light”. PI provides a variety of innovative fiber alignment systems. Fiber alignment is an ...

Inspired by these hopping hexapods, roboticists have made a walking, jumping robot that pushes the boundaries of what small robots can do. The research glimpses a future where nimble microrobots ...