Articles Tagged with ''robot grippers''

Some Tier II suppliers provide a wide range of parts to the automotive industry, while others are better suited to focus on only one type of part. Grand Rapids, MI-based Erwin Quarder Inc. (EQI) specializes in making plastic-injection overmolded, two-shot-molded and insert-molded parts.

Two members of Universal Robots' UR+ partner program have been nominated for Innovation and Entrepreneurship in Robotics & Automation (IERA) Awards by the International Federation of Robotics (IFR).

Based in Ilshofen, Germany, Bausch+Ströbel (B+S) manufactures filling and packaging equipment for the pharmaceutical industry.

Before cobots and other fast-deployable robots, many automated manufacturing cells incorporated only fixed or dedicated tooling rather than solutions that allow for changes or updates.

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.

Keeping an assembly process simple is always a smart approach to manufacturing any product. And one of the simplest ways to implement linear or rotary motion into an assembly process is with a pneumatic actuator.

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.