Combination End-of-Arm Tooling

Combination end-of-arm tooling (EOAT) are robotic tools that are affixed to a robotic arm and use any combination of air/vacuum, electromagnetic or mechanical tooling to perform various tasks such as gripping, lifting, and moving objects, as well as assembly, inspection, and packaging. Also referred to as combination end effectors and grippers, combination EOAT are used in a wide range of industries such as manufacturing, packaging, and pharmaceuticals. Combination end effectors use the most common EOAT technologies in any combination. For example, a combination EOAT might use air/vacuum technology for applications that require the handling of delicate objects such as electronic components or food products. These tools use suction cups or vacuum cups to grip and lift objects. The suction cups create a vacuum that holds the object in place while it is being transported. Air/vacuum EOATs are also used in applications that require the handling of objects with irregular shapes or sizes. Combination EOAT may also employ electromagnetic technology: the use of magnetic fields to grip and move objects. These tools are commonly used in applications that require the handling of metal objects such as machine parts or steel plates. They are also used in applications that require the handling of heavy objects or objects with irregular shapes. The mechanical sort uses mechanical grippers, clamps, or fingers to grip and move objects. These tools are commonly used in applications that require the handling of objects with a simple shape such as boxes or containers. This type is also used in applications that require the handling of objects with a high degree of precision such as in the manufacturing of medical devices or aerospace components. Combination EOATs are designed to combine two or more of these technologies to create a tool that is tailored to a specific application. For example, a combination system may use air/vacuum technology to grip an object and mechanical technology to move it. This allows the tool to handle objects with a high degree of precision while also providing a strong grip. The design of this tool is critical to its performance. The end effector must be able to grip and move objects with a high degree of precision while also providing a strong and secure grip. The EOAT must also be able to operate in a range of environments and conditions such as high temperatures, humidity, or corrosive environments. The use of combination EOATs can provide significant benefits to manufacturers. These tools can increase productivity by reducing the time required to handle and move objects. They can also improve product quality by providing a high degree of precision and accuracy in handling objects. They can additionally improve worker safety by reducing the need for manual handling of heavy or awkward objects. It’s easy to see why combination end-of-arm tools are so important in the facility. These robotic attachments serve various purposes across industries, like grasping, lifting, moving, assembling, inspecting, and packaging on busy plant floors. Combining these tools offers manufacturers advantages like enhanced productivity, better product quality, and improved worker safety. Effective tool design, customized for each application, plays a vital role in their performance. Here on the PMMI ProSource directory, we have a curated list of trusted combination end-of-arm tooling suppliers and manufacturers, ready to work with you today. Scroll through to find the partner for your next packaging line asset.