Raise and lower your robot arm on these workstations, placing them at the right height for each task. Manually adjust the work surface at 1-in. intervals, or add a hydraulic lift kit (sold separately) for faster and more precise positioning. These workstations have swivel casters for easy transport from one job to the next—use the leveling pads to balance them on uneven floors. Workstations have ample room for storing your controller, teach pendant, and other robot accessories.

Hydraulic lift kits save you time spent manually lifting or lowering the work surface, which requires adjusting bolts on all four workstation legs. These kits also allow for more precise positioning than manual adjustment, which only lets you set the height at 1-in. intervals. When used with a lift kit, top capacity for workstations is 700 lbs.

Sliding electrical enclosures slide out for easy access to electrical components. Push them back beneath the workstation to keep them out of the way. Rated IP67, these enclosures block out dust and water.

These stations are a portable working home for your robot arm. Roll them between jobs and lock the casters in place while working. Keep the work surface even by adjusting the leveling feet. A controller mount secures your controller beneath the arm, out of harm’s way but easy to access.

Top extensions expand the work surface. Fold them down to save space.

Attach plates to platforms to keep workpieces positioned for easy, repeatable access. All include handles and locator mounting holes for securing them to platforms. Made of stainless steel, the plates stand up to corrosion.

Diamond plates are good for holding rectangular or cylindrical parts. Peg plates accept pegs (not included), which can be moved around to create custom layouts for parts with unique shapes. They come with rest pads that attach to the pegs for supporting heavy parts. Use blank plates for machining custom holes for your specific parts or when you want to weld components to the plate.

For short parts, you may need to add a blank plate for support, so the part can be accessed. For taller parts, you’ll need to use two plates spaced apart to act as a brace. Make sure the part’s center of gravity falls below the plate that is on top.

Made from steel, the bases are strong and built to last—they’re also machinable and weldable, so you can modify the mounting plates to suit your application. All of these bases have cable routing holes, so you can feed cables, wires, and tubes through the center column to keep your cables organized and out of the way. Bases with holes for leveling use threaded fasteners (not included) to compensate for uneven floors.

45° base extensions tilt your robot arm forward so that it can reach lower than if it were mounted horizontally. These extensions help your robot arm reach inside machines or deep boxes, or downward onto a work surface. Mount them to a flat surface, or to the top of another base with a cable routing hole. They include fasteners to attach them to another base, but not to flat surfaces.

Attach part presentation plates to platforms to keep parts positioned for easy, repeatable access by workers, robots, and other machines. All include handles, mounting holes for hanging them onto a plate storage rack, and locator mounting holes for securing them to platforms that have locating pins. They can also be bolted to other surfaces if necessary. Made of stainless steel, the plates stand up to corrosion.

Plates with diamond-shaped holes are good for holding rectangular or cylindrical parts. Those with peg holes accept pegs (not included), which can be moved around to create custom layouts for parts with unique shapes. They come with rest pads that attach to the pegs for supporting heavy parts. Use blank plates for machining custom holes for your specific parts or when you want to weld components to the plate.

For short parts, you may need to add a blank plate for support, so the part can be accessed. For taller parts, you’ll need to use two part presentation plates spaced apart to act as a brace. Make sure the part’s center of gravity falls below the plate that is on top.