Shield your robot arm from dirt and damage with these covers. They’re designed to fit specific robot models, so they’re easy to install and remove—you don’t need to cut, sew, or customize them. Choose a cover that matches the manufacturer and model number of your arm.

Polyester covers are a good choice for most painting applications. These covers are clean room laundered, HEPA dried, and individually vacuum sealed, so they won’t shed dust or fibers onto wet paint or coatings. They also absorb paint, oil, and other fluids to keep them from dripping onto your work surface. These covers protect your arm from light paint splashes and spills, but large amounts of fluid will soak through the fabric. Use the snaps on covers for Fanuc arms to easily install and remove them. Covers for Universal Robots (UR) arms are made from a stretchy fabric that hugs your arm without restricting its movement.

PVC/Vinyl covers are more abrasion resistant than polyester, so they’re often used for robot arms in applications such as sorting, packing, and loading. They protect your arm from dust, powders, and water-soluble coolants and cutting fluids. These covers are not waterproof, but they will provide some protection from water and other liquids.

Use Hypalon/vinyl covers to protect your arms from heavy abrasion, such as from flying chips. They’re durable, cut and tear resistant, and they last up to three times longer than PVC/vinyl covers. These covers are often used for robot arms in cutting and deburring applications. They provide some protection from water and other liquids, but they are not waterproof. They’ll also break down from amines, which are commonly found in cleaners.

Teflon® PTFE covers are designed for use in sanitary or food processing areas. They protect your robot arms from liquids, and they’ll hold up to frequent washdowns with harsh chemicals. They’re also FDA compliant for direct contact with food.

For extreme temperature applications, use Kevlar covers. They have the largest temperature range of any cover material, so you can insulate your robot arm in freezers, near ovens and furnaces, and in welding applications. They have an insulation R-value of 0.07, which means they protect your arm from extreme temperature changes.