For any plastic-injection-molding tooling company, nothing is more important than making sure its molds allow for consistent, quick and clean demolding of just-made parts. So anything that helps the company achieve this crucial goal is worth pursuing.

Before cobots and other fast-deployable robots, many automated manufacturing cells incorporated only fixed or dedicated tooling rather than solutions that are easily updated.

Noted horror writer Clive Barker once claimed that nothing ever truly begins or ends; rather, current things are just continuations of past things, and future things are continuations of present ones. Although interesting, this notion doesn't work well in the world of manufacturing.

Soft Robotics Inc. has introduced a new version of its mGrip soft gripper technology for collaborative robots. Called coDrive, the gripper has its own control logic and an independent air source, so the device can be used in applications without the need to be tethered to source of pressurized air.

The lives of manufacturers would be so much easier if all their automation processes were homogeneous. Unfortunately, there are many that require customization to satisfy the unique requirements of an automated work-holding or material-handling application.

In the process of implementing mechatronics for gripping systems, the selection of communication interfaces is becoming increasingly important.

Today, robots are capable of handling much larger and heavier payloads than in the past. Those applications require robust grippers that are up to the task.

Although robots have successfully tackled a variety of manufacturing tasks, many assembly applications still suffer from complex, time-consuming programming.

Static electricity can do much more than levitate a person's hair with the help of a charged balloon. This scientific phenomenon, technically known as electroadhesion, can also enable a robotic gripper to easily handle material as fragile as an egg and as flimsy as soft fabric.

SINGAPORE--Engineers at Nanyang Technological University (NTU) here have developed a robotic system that can autonomously assemble an IKEA chair. The machines feature off-the-shelf components, such as 3D cameras and robotic arms equipped with parallel grippers.