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Used Fanuc Collaborative in Illinois, USA

  • Trusted Seller
    2024 Fanuc CRX-5iA

    2024 Fanuc CRX-5iA

    • Manufacturer: Fanuc
    • Model: CRX-5iA
    • Load capacity: 5 kg
    • no. of axis: 6 axis

    Equipment Overview This integrated FANUC CRX-5iA robot cell includes a complete collaborative arm mounted on a linear slide, paired with a vision-based end-effector and inspection lighting. Built for light assemb...

    $59,000 USD

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    Est. $1,110/mo

    Chicago, IL
  • Trusted Seller
    2019 Fanuc Collaborative Robot Cr-7iA

    2019 Fanuc Collaborative Robot Cr-7iA

    • Manufacturer: Fanuc
    • Model: CR-7iA/L

    6 Controlled Axes, 7 Kg Max. load capacity at wrist, 911 Mm reach, +/- 0.01 Mm repeatability, 340 Deg. J1 axis rotation, 166 Deg. J2 Axis rotation, 383 J3 axis rotation, 380 Deg. J4 axis rotation, 240 Deg. J5 axi...

    Elk Grove Village, IL
  • Trusted Seller
    2023 LightBot Fanuc CRX 10iA/L

    2023 LightBot Fanuc CRX 10iA/L

    • Manufacturer: Fanuc
    • Model: CRX-10iA/L

    IPG LightWeld XR-1500 Handheld High-Frequency Pulsed Laser Mode Power Adjustable from 10% to 100% of Max Output Welding Capabilities: Fanuc CRX 10iA/L Robot

    $74,900 USD

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    Est. $1,410/mo

    Chicago, IL

Overview

Collaborative industrial robots (cobots) are designed to work safely alongside humans without extensive guarding. They feature force-limited joints, integrated sensors, and easy-to-use programming, making them ideal for assembly, pick-and-place, machine tending, and quality inspection in small to medium production runs. Cobots are compact, redeployable, and focus on flexibility and quick setup rather than heavy payloads, so they fit operations that need fast changeovers and human–robot collaboration.

FAQ

What should I check before buying a used cobot if I’m experienced with heavy equipment like crawler loaders?

Focus on payload, reach, repeatability, integrated safety features, condition of sensors and cabling, controller version, and compatibility with your tooling and PLCs. Ask for run-time logs and proof of software updates; unlike crawler loaders, cobots depend more on control and sensor integrity than on structural wear.

How should a cobot be shipped to avoid damage?

Ship in its original or a custom shock-rated crate with internal supports, secure all axes and tooling, drain any fluids if applicable, and use a carrier experienced with precision automation. Insure the shipment and plan recalibration and functional tests on arrival.

What maintenance is required to keep a cobot reliable?

Maintain firmware and safety software updates, inspect cables, connectors and end-effectors regularly, check torque and joint behavior, keep axes clean, and perform periodic recalibration and safety validation. Establish scheduled checks based on hours of operation and critical tasks.