The top compartment has a window that shields the monitor while providing a clear view of the screen. Cutouts in the back provide both routing for cords and ventilation to keep equipment cool. For added security, the top compartment and keyboard tray have keyed locks.

Stainless steel workstations are designed to withstand corrosive environments.

The top compartment has a window that shields the monitor while providing a clear view of the screen. Louvered cutouts allow ventilation to keep equipment cool, and all compartments have a keyed lock for added security.

Style A have cutouts for routing cords. A rear door provides access for performing maintenance.

Style B protect a computer from dirt and dust with gasketed construction. A fan/filter assembly keeps air inside clean and circulating, and a rear door provides access for performing maintenance.

Style C are made of stainless steel to withstand corrosive environments. They have cutouts in the back for routing cords.

With thicker steel and a thicker window than other stand-up-height computer workstations, these workstations protect a computer from tough plant environments. They have a surge suppressor outlet strip and a fan/filter assembly that keeps air inside clean and circulating. The top compartment has a latch that can only be opened when the bottom compartment is unlocked. Secure the bottom compartment and keyboard tray with padlocks.

Mobile workstations have a floor lock to keep them in place.

Adjust the shelves to accommodate a computer and other electronic equipment.

Style B have cutouts for routing cords.

Style C come with a CPU holder that adjusts from 8"-10" wide for a secure hold.

Style D have a mouse tray that can rotate 360°.

Style E have leveling feet to compensate for uneven floors.

These workbenches have bases with a combination of drawers and doors that offer plenty of storage options for tools and parts.

Styles A-C have a padlock hasp on all doors and drawers to add your own padlocks. Style A also have knockouts in the leg to accept duplex electrical outlets.

Styles D-H come with built-in outlets, a power switch, and a circuit breaker.

Optional upper shelves have electrical outlets and a power switch.

With an extra-smooth surface, these tables won't trap dirt and oil, making them easy to clean. They are also nonconductive. All are standard table height.

Styles A, C, and D have leveling feet to compensate for uneven floors.

Elevate robot arms with these bases so they can reach onto raised surfaces, such as conveyor belts or workstations. Made from steel, these bases are strong and built to last—they’re also machinable and weldable, so you can modify the mounting plates to suit your application. Secure them to the ground or other flat surface using the holes in the bottom plate. These holes are also designed to level the bases—thread fasteners (not included) through each hole and adjust their depth to compensate for uneven floors.

Bases with bolt-on mounts come with mounting holes that match the patterns on commonly used robot arms. For a custom mounting pattern, drill your own holes onto bases with blank mounts.

45° bases tilt your robot arm forward so that it can reach lower than if it were mounted horizontally. These bases 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.

Bases with cable routing hole are hollow, so you can feed cables, wires, and tubes through the center column. These bases help keep your cables organized and out of the way.

Attach t-slotted framing kits to square bases as a support for accessories, such as teach pendants, or to build custom cable management systems onto your base.

For technical drawings and 3-D models, click on a part number.

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. Often used for loading boxes off a conveyor, they start at ground level and reach higher as they need to stack boxes on top of each other. The bases have a mounting plate, base controller, and software plug-in for connecting, operating, and programming your arm. They become an extension of the arm, so you can program how they move as part of the robot's work cycle. Use the threaded holes on the bases and mounting plate to attach accessories, such as a cable management system.

These bases are all Universal Robots+ (UR+) certified products, and have been validated by Universal Robots for compatibility and simple integration with UR robot arms. Pair these bases with Positioning Slides for Universal Robots to also extend the horizontal reach of your robot’s arm.

For technical drawings and 3-D models, click on a part number.

Secure your robot arm to benches, frames, or other surfaces with these base mounts. They’re compatible with the mounting patterns on Universal Robots (UR) arms. Made from aluminum, they’re machinable, so you can drill holes to match them to custom mounting patterns. They also resist corrosion in wet environments.

Attach mounts for T-slotted framing to frames and workstations made from T-slotted framing using brackets, nuts, and fasteners (not included). Bolt them to your robot arm through mounting holes on the face.

Quick-connect mounts have two halves joined by a quick-connect clamp, so you can easily disconnect your robot arm from a base. You’ll need both a robot-base mounting adapter, which connects to your robot, and a robot base mount, which is bolted to a flat surface. Release the clamp to move your robot arm from one base to another, or to switch arms at a workstation. Two locating pins ensure that the arm is accurately aligned with the base, so you don’t need to calibrate after each move. Adapters come with hardware to attach them to your robot arm, but mounts do not include fasteners to attach them to a surface.

For technical drawings and 3-D models, click on a part number.