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New Woven Tech For Robots And Wearables
Jiangnan University researchers developed a scalable, customizable method to create textile actuators for healthcare and robotics.
In recent years, electronics engineers have made significant strides...
Ultra-Small Battery For Autonomous Micro-Robots
Capable of powering tiny circuits and sensors, this zinc-air battery operates independently, freeing micro-robots from solar dependence and enabling them to perform critical tasks...
A New Model Gives Robots Pick-And-Place Abilities
New method in robotics boosts precision in pick-and-place tasks by learning from simulations, allowing robots to handle various jobs with enhanced accuracy.
Pick-and-place machines automate...
E-Skins That Detect Liquid Movement On Robots
Researchers from Donghua University & the National University of Singapore have developed an e-skin that detects liquid movement on surfaces and converts it into...
Fluidic Engine For Soft Robots For Assistive Devices
This engine, capable of producing up to 580 Newtons of force, could revolutionise assistive technologies, enhancing mobility with unprecedented efficiency and power.
Traditionally, most fluid...
Can Large Language Models Help Robots To Navigate?
MIT and MIT-IBM Watson AI Lab researchers have created a navigation method that converts visual inputs into text to guide robots through tasks using...
Bridging Star Wars Robots with Modern Robotics
In the Star Wars Universe, droids of all kinds roam about, assisting with tasks such as diplomatic missions and starship repairs. Fictional robots like C-3PO, R2-D2,...
Improving Robots With AI
MIT researchers have used diffusion models, a type of generative AI, to create a unified policy that allows robots to adapt to diverse tasks...
Robots Boost Precision In Manufacturing
With fluid dispensing technology, the robotic solutions enhance precision, efficiency, and reliability in electronics, automotive, and medical device manufacturing.
Nordson EFD, a subsidiary of Nordson...
Simpler Control For Shape-Shifting Robots
The MIT team has developed a control algorithm that autonomously teaches a reconfigurable robot to move, stretch, and adapt its shape for specific tasks.
Imagine...