The device features balloon-like support and a sensor system to anticipate and assist motions

The development of a wearable robot known as the “Amadeo Hand” offers hope for patients with Amyotrophic Lateral Sclerosis (ALS) who struggle with loss of muscle control and reduced arm function. This technology provides mechanical assistance to enable patients to perform daily activities that would otherwise be difficult or impossible.

The team behind the creation of the Amadeo Hand is led by Dr. Birgit Graf, a researcher from the Fraunhofer Institute for Manufacturing Engineering and Automation IPA in Germany. Dr. Graf explains, “The Amadeo Hand is designed to provide targeted support for individual fingers, so that the patient can perform tasks such as grasping and holding objects with greater ease.”

Dr. Kevin Eggan, a professor of stem cell and regenerative biology at Harvard University, commented on the potential impact of the Amadeo Hand, stating, “This technology could have a profound impact on the lives of ALS patients, who often struggle with everyday tasks due to loss of muscle control.”

The new laser expands on the company’s autonomous weeding robot’s capabilities

Carbon Robotics, a Seattle-based startup, has unveiled an autonomous crop control laser system for agriculture. The system is designed to eliminate weeds and pests while leaving crops unharmed, providing farmers with a safe and efficient way to manage their fields.

According to Carbon Robotics’ CEO, Paul Mikesell, “Our system uses advanced computer vision and artificial intelligence to identify and precisely target weeds and pests, allowing farmers to avoid the use of harmful chemicals and minimize crop damage.”

Robots on display at the National Robotics Programme’s 6th anniversary celebration at SUTD

The Straits Times has published an article titled “Robots assemble! Meet Singapore’s robotic workforce.” The article explores how Singapore is using robots to improve its workforce and increase efficiency in industries such as manufacturing, healthcare, and construction.

One example is ST Engineering, a company that has developed a robotic arm that can perform tasks such as drilling, polishing, and milling. These tasks were previously done manually and could be time-consuming and dangerous. According to ST Engineering’s Senior Vice-President, Rajnish Gupta, “The robotic arm has enabled us to increase our productivity by up to 50%, as well as improve worker safety.”

In healthcare, robots are being used to assist in tasks such as patient lifting and transportation. Singapore’s Changi General Hospital has implemented a robot named TUG that can transport medicine, meals, and laundry throughout the hospital. The use of TUG has reduced the workload of hospital staff, allowing them to focus on patient care.

A wearable robotic device that helps lift the shoulders to support arm movements can make it easier for people with amyotrophic lateral sclerosis (ALS) to do daily tasks, a new study reports.

A wearable robotic device has shown promise in improving arm function for patients with amyotrophic lateral sclerosis (ALS), according to a recent article on ALS News Today. The device, called the MyoSuit, is a soft robotic exoskeleton that can be worn on the arm and is designed to assist with movements that are typically impaired in ALS patients.

The MyoSuit is equipped with sensors that detect muscle activity in the arm, allowing it to provide support and assistance as needed. The device can be customized for each patient, with adjustments made to ensure the best possible fit and function. In a recent study, ALS patients who used the MyoSuit for eight weeks showed significant improvements in arm function, including increased strength and range of motion.

RoboTiCan, an Israeli tech company founded in 2019 by former Amazon Robotics executives, has raised $7.5 million in funding to develop battery-free robots. The company aims to create lightweight, agile robots that can operate in various industries, including logistics, agriculture, and warehousing, using energy harvested from their environment.

According to the company’s CEO, Elad Levy, “The funding will enable us to further our mission of creating sustainable, energy-efficient robots that can improve productivity and efficiency in a variety of industries.” The funding round was led by Zohar Zisapel, an Israeli venture capitalist, with participation from other investors.