Magswitch and Fanuc CRX

Magswitch × FANUC CRX Partnership
Magswitch logo × FANUC CRX logo

Magnetic Mounting for the FANUC CRX Series

FANUC's CRX cobots are built to be safe, flexible, and quick to implement, with simple drag-and-drop programming and a small footprint that fits almost anywhere. Magswitch adds the one thing they don't ship with: a magnetic base that lets a CRX dock on flat or curved steel in seconds, no bolts, no compressed air, no fixed stand.

FANUC CRX cobot mounted on a Magswitch Cobot MagBase with EOAT gripper tool
FANUC CRX + Magswitch MagBase & EOAT
The FANUC CRX Series

The Cobot Platform. Magswitch Makes It Mountable.

FANUC's CRX collaborative robots are built to be safe, flexible, and quick to implement, with drag-and-drop programming and 8 years of maintenance-free operation across the lineup. Magswitch adds the missing piece: a magnetic base that lets a CRX dock anywhere there's steel.

01

Easy to Power

Every CRX model runs on standard 120V power. Pair it with a Magswitch MagBase and a cell needs no special electrical infrastructure to stand up.

02

Small Footprint

The CRX's compact form factor makes it easy to place. A MagBase means you can place it directly on steel, with no fixed stand to design around.

03

Quick Set-Up

FANUC-approved gripper installation and changeovers pair naturally with a MagBase that mounts or relocates in minutes, no bolts required.

Why It Works

A Power-Free Dock for Your CRX Cell

Magswitch replaces bolted or vacuum-based cobot docks with a switchable magnetic base, built to hold, release, and relocate without external power.

01

Anchor Flat or Curved

Pivoting magnetic arrays mount to flat plate or cylindrical steel alike, with a wide footprint that reduces the risk of peel and pry when the CRX arm is at full reach.

See mounting options →
02

Weld-Safe by Design

Electrically isolating bushings and washers at each pivot point decouple welding and static transient voltages from the robot ground, so the MagBase can sit close to live weld cells.

Read the safety FAQ →
03

Power-Free Holding

A twist of the wrist engages or releases the magnetic hold, no compressed air, no vacuum lines, and no standing power draw while the cobot is docked.

View full specs →
Cobot MagBase 10 2.0

Cobot MagBase 10 2.0 · 88001856

$5,939.99 USD

Magswitch arrays anchor flat or pivoted, ready for mounting to cylindrical ferromagnetic surfaces with a wide footprint that reduces the risk of peel and pry when the end effector is at its greatest radius. The standard mounting plate is ready for FANUC CRX-10, UR10, and UR16 cobots, with custom mounting plates available on request. This unit replaces MagBase 10 Product # 81001289.

Specification Value
Nominal Maximum Breakaway Force 22,072 N / 4,963 lbf
Nominal Maximum Shear 4,846 N / 1,090 lbf
Full Saturation Thickness 0.5 in / 12.7 mm
Net Weight 66 lbs / 30 kg
Individual Magnetic Pole Footprint 2.8" x 11.7" / 71mm x 296mm
Overall Footprint 5.6" x 14.8" x 15.6" / 143 x 376 x 396mm
Standard Mounting Compatibility FANUC CRX-10, UR10, UR16

Values determined in a lab environment on 2 inch thick SAE1018 steel with optimized pole shoes. Actual breakaway force and safe working load vary by application; Magswitch recommends a 10:1 safe working load ratio. Consult a Magswitch Applications Engineer before deployment.

A Typical Cell

From Pick to Unload, Magnetically

A FANUC CRX docked on a Cobot MagBase, paired with a Magswitch E-Series gripper, handles the full cycle in a fabrication or welding cell.

1

Pick

The E-Series gripper lifts a laser-cut part from a stack, even with oil, scale, or surface texture.

2

Detect

Integrated part-present sensing confirms the correct part was picked before the cycle continues.

3

Place

The CRX, docked on its MagBase, positions the part in a fixture with repeatable accuracy.

4

Present

The part is presented to a welding robot or operator for its weld sequence with minimal repositioning.

5

Unload

Finished parts return to a pallet or staging area, and the cycle repeats.

Where It Fits

Built for Real Metalworking Environments

Sheet Metal Pick-and-Place

Grips securely on oily, perforated, or textured steel that vacuum systems struggle to seal against.

Part Presentation to Welders

Keeps parts aligned and repeatable even when tack welds introduce heat distortion.

Material Staging & Kitting

Moves nested laser-cut parts, blanks, and formed components with less ergonomic strain.

Bin Picking & Sheet Separation

Supports variable-flux grippers that isolate the top sheet of a stack and handle mixed thicknesses.

Automated Fixturing

Positions or stabilizes workpieces during assembly, supplementing manual welding tables.

Vertical & Pipe Mounting

Docks a CRX to pipe, tube, or curved hull sections for field welding and inspection work.

Industries

Serving Automation Across Metalworking

Automation & Robotics Manufacturing Automotive Welding & Fabrication Shipbuilding
Cobot performing bin picking with a Magswitch magnetic base
From the Magswitch Blog

Pick-and-Place to Fixturing: Magswitch Elevates Cobots in Metalworking

How Magswitch magnetic grippers and cobot bases unlock speed, flexibility, and precision in collaborative robot workflows, from bin picking to automated fixturing.

Read the article →
FAQs

Frequently Asked Questions

Common questions about mounting a FANUC CRX cobot on a Magswitch MagBase.

Which cobots does the MagBase 10 mount to?

The standard mounting plate on the Cobot MagBase 10 2.0 is ready for FANUC CRX-10, Universal Robots UR10, and Universal Robots UR16. Custom mounting plates and patterns can be built for other robot platforms; contact Magswitch for details.

Can it mount on curved or pipe surfaces?

Yes. The magnetic arrays can be anchored flat or pivoted, letting the base grip cylindrical ferromagnetic surfaces such as pipe, tube, or a curved hull section. A wide footprint reduces the risk of peel and pry when the cobot arm is extended to its greatest radius.

Is it safe to use near welding operations?

Each pivot point on the magnetic array includes electrically isolating bushings and washers, decoupling welding and static transient voltages on the part or substrate from the robot ground. This makes the MagBase suitable for cells where cobots work close to active welding.

How much holding force does the MagBase 10 provide?

The Cobot MagBase 10 2.0 is rated for a nominal maximum breakaway force of 22,072 N (4,963 lbf) and nominal maximum shear of 4,846 N (1,090 lbf) at full saturation thickness. Actual holding force depends on material thickness, surface condition, and application; Magswitch recommends a 10:1 safe working load ratio and testing before deployment.

Does it work alongside Magswitch EOAT tools like the E-Series?

Yes. In a typical cell, the CRX docks on the Cobot MagBase for stable, power-free mounting while a Magswitch E-Series or Cobot SmartMagGrip E30 handles the pick-and-place gripping at the end of the arm, giving the whole workflow magnetic holding from the base to the tool.

How do I get help sizing a MagBase for my application?

Magswitch's Applications Engineering team can help size a MagBase for your specific setup, factoring in payload, reach, mounting surface, and attitude. Use the contact form below or reach out directly to get started.

Get Started

Ready to Mount Your CRX on a Magswitch Base?

Tell us about your cell, and a Magswitch Applications Engineer will help you size the right MagBase for your payload, reach, and mounting surface.

  • Free sizing consultation for payload, reach, and mounting attitude
  • Custom mounting plates for FANUC, UR, and other robot platforms
  • Guidance combining MagBase docking with E-Series EOAT grippers
  • Fast quote turnaround from our Automation team

Magswitch Technologies × FANUC CRX Collaborative Robots · magswitch.com