The Landmark study reveals that portable robotics considerably stimulates security and efficiency in industrial environments
The four -year study, the first of its kind, followed ergonomics, safety and injury measures on more than 65 million ski lifts on more than 40 sites in five industries: construction, food and drink, logistics, Manufacturing and retail.
Explore the future of exoskeleton technology machined in medical rehabilitation
The future of aluminum exoskeleton robots is very promising in the medical rehabilitation industry.
Find the ability to walk independently
Walking without crutches – is something that people with certain neuromuscular disorders dream. With the “Automyo” exoskeleton, this dream can now be made a reality.
Medical exoskeleton for rehabilitation
Harmonic Bionics has developed a patented robotic actuator, which uses a mechanically isolated loading cell of all foreign loads. The result is that each load cell can detect the force exerted only by the robot joint to which it is mounted.
A fantastic feeling – light exoskeleton
The startup based in Zurich Myoswiss has developed a light exoskeleton that works like an electric bike for the legs. It helps the bearer movements with electronic strengthening.
The future of robotic exoskeletons: recent road dams and advances
Exoskeletons have remarkable potential. As with their science fiction counterparts, these machines can amplify the strength of their users, allowing them to raise heavier objects with less effort.
An idea strengthens the back of the world
The turn of the lead screw transfers the power of the engine to the spring. It presses the lower belt of the upper belt, supports the upper body and relieves the lumbar column.
How to design an exoskeleton
An exoskeleton should be light, compact, powerful, reliable and easy to use – what could be easier? Many developers around the world take place in this discipline with different degrees of success.
Superpower in palerie
Ironhand ® of the Swedish company Bioservotechnologies is a soft and active exoskeleton for the hands and fingers. Normally, a captivating action is made possible by the muscles of the lower arm and hand.
Portable system preserving the health of operators during assembly operations
The exoskeleton of the comic companion was chosen by Iveco to reduce fatigue on the upper members suffered by operators engaged in the heaviest activities within the various production departments of the company.
How do exoskeletons have an impact on the workplace?
Although certain factories are automated, the human contribution is always crucial and remains at the heart of many operations, including those with added and repetitive value, but which require a high level of precision.
Exoskeletons and exo-assurance: Explore the scope of portable robots
However, studies in the field of portable robots open up countless telepresence and telemanipulation possibilities that could change the degree and nature of functionality and productivity in humans.
Me and the machine
Paralyzed people can learn to walk again using electromechanical exoskeletons. However, it is not easy. It takes a lot of difficult engineering and training.
Hyundai Motor Group develops the exoskeleton of portable vest to alleviate the burden of general costs
– The new portable vest exoskeleton (VEX) is up to 42% lighter than competing products – Vex functions without needing a battery by imitating the human shoulder joint and using the assistant module Multi-Light lifting
Compact mechatronics drive for robotic applications
This document has a new optimized integration of a compact speed reducer, specific conceptions of the BLDC engine and the magnetic absolute position sensor for demanding applications with high torque by volume.
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Faulhaber Micromo – Logistics game changer
Faster, more efficient, more sustainable – due to global competition in the combined industry with booming online trade, transport structures in intralogistics are faced with new challenges. The response of industries: automation. From storage to shipping, key work steps are supported by intelligent logistics robots, such as automatic storage and recovery machines and driver -free transport systems. To work effectively and reliably 24 hours a day, these robots need flexible and particularly compact training solutions.