Could fuel cells power robotics?
 
View web version 25 September 2026 — Issue 8 | Vol 21
 
Cobots & Robots — GlobalSpec
 

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Could fuel cells power robotics?

Could fuel cells power robotics?

There are many types of fuel cell technologies, but perhaps the most common and safest (temperature wise) would be the hydrogen-fueled proton exchange membrane (PEM). Read more →

Precision automation built to perform

HIWIN Corporation

Precision automation built to perform

HIWIN industrial robots deliver the speed, precision and reliability manufacturers need to automate demanding processes, increase productivity and keep production moving.
 

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Bean-inspired robot astonishingly moves without motors or code

Bean-inspired robot astonishingly moves without motors or code

The robot, aptly named BeanBot, is capable of moving without motors, batteries, electronics or onboard computing. Read more →

How cobots are powering the next generation of production

How cobots are powering the next generation of production

Unlike conventional industrial robots that operate in isolated workspaces, cobots are designed to work safely alongside human operators, combining the precision, consistency and repeatability of automation with the flexibility, adaptability and problem-solving capabilities of humans. Read more →

Connectivity for evolving humanoid robot architectures

TE Connectivity™

Connectivity for evolving humanoid robot architectures

Explore connectivity considerations across AI compute, sensing, vision, power, wireless communication and movement—and how TE Connectivity is helping customers address emerging requirements across humanoid systems.
 

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Light-powered soft robots unlock never-ending jumps

Light-powered soft robots unlock never-ending jumps

The so-called 'ring leaper' design uses torsion to store elastic energy and then releases that energy all at once, which means the robots do not need to reset between jumps, but repeat themselves instead. Read more →

6-Axis force sensor configured to your needs

XJCSENSOR Technology Co., Ltd.

6-Axis force sensor configured to your needs

Choose from multiple capacity and material options, engineered for precise, stable robotic force sensing.
 

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Frameless BLDC torque motor for robot joints

Constar Motion Co., Ltd

Frameless BLDC torque motor for robot joints

High torque density, low cogging design for precise robotic joint motion control.
 

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The right encoders for tight spots

POSITAL B.V.

The right encoders for tight spots

POSITAL’s smallest battery-free multiturn encoder delivers compact, reliable motion feedback for robotics applications where installation space is extremely limited.
 

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