Elevate robot arms with these bases so they can reach onto raised surfaces, such as conveyor belts or workstations.

Take your Universal Robots arm to new heights—these bases move up and down to extend your robot’s vertical reach for high and low stacking jobs.

Switch out your end-of-arm tools quickly and easily with these tool changers.

Connect robot tools to robot arms that have different ISO mounting patterns.

Connect your robot arm to tools or extensions made from T-slotted framing.

Attach accessories alongside primary tools on robot arms. These mounts are commonly used to connect air nozzles to remove debris, cameras to document work, and sensors to track forces.

Build a complete robot gripping tool using these grippers, fingers, and robot tool mounts.

These grippers pick up a product and turn it 90° or 180° before releasing.

No need to find separate robot tool mounts and electrical connectors, these grippers come ready to attach to robot arms with standard ISO mounting hole patterns. Designed to run on compressed air, they’re often used to pick and place items in packaging, machine-tending, and machining applications.

Including a robot tool mount and electrical connectors, these grippers come ready to attach to robot arms with standard ISO 50 mounting hole patterns. Good for areas without compressed air, they use electricity to pick and place items in packaging, assembly, and machine-tending applications.

The bellows on these cups handle items with varied heights and angles better than flat cups.

The oval shape of this cup provides a greater surface area than other cups, so it is good for lifting long, thin objects without bending them.

Connect these cups to your vacuum system to pick up bread, pastries, and other soft material.

These cups are made of FDA listed silicone rubber to withstand the extreme temperatures in food processing applications.

Thread these cups onto your vacuum system to lift and move sanitary items with curves, corners, and uneven surfaces.

Prevent oily material from slipping free of the suction with these cups.

These cups have an unthreaded mounting hole to attach to a barbed fitting.

The oval shape of this cup provides a greater surface area than other cups, so it is good for lifting long, thin objects without bending them.

Press these cups onto unthreaded fittings on your vacuum system to pick up sanitary items with curves, corners, and uneven surfaces.

Protect static sensitive materials, such as electronics, with these cups that diffuse static buildup.

These all-in-one lifters include a rubber vacuum cup and a device to generate suction without an installed vacuum system.

Lift and move porous, uneven, and delicate items without damaging them.

Connect these lifters to an electrical source to create an airless lifter.

Connect these pads to your vacuum system to lift and move textured items that standard vacuum cups can’t pick up.

These finger blanks come ready to mount to SMC or Schunk grippers, so you can make custom fingers without starting from scratch. Just machine the blank’s gripping end to create fingers that will securely grip your specific parts.

One end twists into a piece of conduit for a quick connection; the other end attaches to a knockout in an outlet box or enclosure.

Organize and protect the cables on your Universal Robots arm without hindering its movement.

With excellent torsional strength, this sleeving withstands the extreme twisting found in robotics. It has impact strength similar to steel yet is lighter than most other sleeving materials. Stretch it to fit over items for easy installation; it tightens around its contents for a secure fit.

Shield your robot arm from dirt and damage with these covers.

Framed in aluminum T-slotted extrusions, these customizable machine guards provide multiple points of attachment for other components and structures.

Scanning 275° side-to-side for people and objects, these switches (known as safety laser scanners) cover large areas and send signals to machinery to prevent accidents.

Transmit a beam of light up to 225 ft. from the transmitter to the receiver.

Thicker than standard safety switch mats, these withstand repeated impact from heavy and sharp objects.

Protect machinery and ensure the safety of personnel—these switches will open the circuit when actuated even if a spring fails or the contacts stick.

Delay access to hazardous areas until conditions are safe; use these switches with machines that take time to stop after they are turned off. They mount to a door frame.

The angled rollers on these wheels allow vehicles to move forward, backward, sideways, and turn in place. Often used on automated guided vehicles and in robotics.

Able to turn on a dime, these casters have two separate swivels in the mounting plate to give vehicles the tightest turning radius. They are often used on automated guided vehicles.

Mount workpiece holders, light machinery, collaborative robots, and other components onto these tables to create custom workspaces, no drilling or tapping required.

Automate sanding on your line by attaching these sanders to a robot arm. Compared to sanders operated by humans, these apply the same force and pattern for a more consistent and repeatable finish.

Replace the cords connecting your robot controller and teach pendant when they become worn, or switch them out for a different length.

Connect servocontrollers and servomotors in automated equipment and on assembly lines. This cable withstands continuous motion without degrading data or signal transmission.

The insulation has excellent resistance to oil, so this cable can be used near motors. Often used in automated applications, it withstands continuous motion without degrading data or signal transmission

Nearly two-thirds the diameter of standard control cable, this cable fits in tight spaces. It sends signal and data to operate, measure, or regulate automated equipment.

With a life span of more than 20 million high-speed flex cycles, this cable lasts twice as long as standard continuous-flex cable. The frequent motion will not degrade data or signal transmission.

Use this cable without conduit in automated applications—it meets crush and impact requirements for exposed runs in cable carriers, and withstands continuous motion without degrading data or signal transmission.

Also known as festoon cable, this flat cable fits in confined spaces such as overhead cranes and hoists. It sends signal and data to operate, measure, or regulate automated equipment.

Often used in computers, small electronics, and electronic prototyping, this cable is very flexible with small gauge wire to handle tight curves in narrow spaces.

Rated to 50 volts AC/DC, this wire is often used in small electronics and robotics. It withstands temperatures of 390° F and greater.

The TPE insulation on this wire resists most chemicals, including oil and coolant, and withstands continuous motion.

Position the face of these magnets in direct contact with a flat metal surface and turn on the power to create a magnetic hold.

These ball transfers have capacities up to 2,400 lbs.

Transfers recess into the mounting surface for a low profile.

Ball transfers have a double-sealed ball to keep out dirt and debris. Side vents expel contaminants.

These ball transfers have capacities up to 2,400 lbs.

These ball transfers have capacities up to 2,200 lbs.

A large-diameter rubber ball handles delicate or polished surfaces. The stem spins and the ball rotates around the stem.