Robotics Assembly

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Servo control allows engineers to program jaw position, speed and gripping force.

Engineers at the Massachusetts Institute of Technology (MIT) have developed a way for machines to use whole-body manipulation instead of relying on grippers and other types of end-of-arm tools.

Engineers at the University of Texas at Dallas have harnessed artificial intelligence technology to teach robots how to recognize objects.

For Chromatic’s process to work, the company needed accurate and reliable technology to meter, mix and dispense two-component polyurethanes.

Summit Engineered Automation has developed what it calls the Summit Agile Process to create true partnerships with customers by focusing on risk analysis early and throughout a project. The process was put to the test recently when the systems integrator was approached by start-up Corvida Medical of Coralville, IA, to build equipment to produce its latest product.

SALEM, OR—Agility Robotics will soon open a new factory here to produce its bipedal humanoid robot Digit. Dubbed RoboFab, the factory will be able to produce more than 10,000 robots per year. 

Labor shortages are driving demand for automation.

Linear actuators enable researchers to study how marine life affects undersea structures.

Automation and sustainability combine to produce high-quality instruments in El Cajon, CA.

LOS ALTOS, CA—Engineers at the Toyota Research Institute are using generative AI technology to quickly teach robots new, dexterous skills.