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Used Kuka Cartesian in Germany

  • Trusted Seller
    2013 Kuka KL1500-3 T industrial

    2013 Kuka KL1500-3 T industrial robot

    • Manufacturer: Kuka
    • Load capacity: 210 kg

    Industrial robot KUKA KRC4 controller KSS 8.5.4 software KUKA KCP4 touchpad KUKA connecting cables KUKA linear axis Length approx. 4.5 m Travel approx. 3.5 m KRC4 cable carrier

    Nürtingen, Germany
  • Trusted Seller
    2006 Kuka KR60L30HA industrial robot

    2006 Kuka KR60L30HA industrial robot

    • Manufacturer: Kuka
    • Model: KR 60
    • Load capacity: 60 kg
    • no. of axis: 6 axis

    Industrial robot Never used in production! Less than 100 hours KUKA KRC2ED05 controller 2GHz processor Windows XP language Software version V5.6.11 KUKA KCP2ED05 teach pendant KUKA connecting cables KUKA KL1500 l...

    Nürtingen, Germany
  • 2000 KUKA KRC1 KR200_2e

    2000 KUKA KRC1 KR200_2e

    • Manufacturer: Kuka
    • Model: KR 200
    • Load capacity: 200 kg
    • no. of axis: 6 axis

    The KUKA KRC1 KR200_2e impresses with its high payload capacity and flexibility in different installation positions. With a payload of up to 200 kg and a reach of 2410 mm, this robot is ideal for numerous industr...

    Freiberg, Germany
  • Trusted Seller
    2007 KUKA KR 100-2 HA

    2007 KUKA KR 100-2 HA 2000

    • Manufacturer: Kuka

    This 6-axis KUKA KR 100-2 HA 2000 was manufactured in 2007. It features a TRUMPF TruDisk 6002 laser with a power range of 120–6000 W and a wavelength of 1030 nm. The robot arm is mounted on a KSL-2000/2700 linear...

    Germany

Overview

Cartesian robots, also called linear or gantry robots, use three orthogonal linear axes (X, Y, Z) to position an end effector with high repeatability. They excel at pick-and-place, dispensing, cutting, and assembly tasks across manufacturing lines where long reach and consistent payload handling are required. Their modular frames and simple kinematics make them easy to integrate, scale, and maintain for high-throughput or large-format applications.

FAQ

What should I inspect when buying a used Cartesian robot?

Check linear rail and ball-screw wear, frame straightness, motor and encoder operation, controller condition and compatibility, cable harnesses, end-effector interfaces, load capacity, and available service or calibration records.

How should shipping and on-site installation be handled?

Crate and secure long axes and rails, protect guides and motors, and consider partial disassembly for oversize gantries. Use a carrier experienced with industrial machinery and schedule a site survey so integrators can prepare foundations, power, and safety fencing.

What routine maintenance keeps a Cartesian robot reliable?

Perform daily visual checks, lubricate rails and bearings per maker guidelines, monitor motor temperatures and encoder signals, inspect belts and couplings, back up controller programs, and schedule annual calibration and preventive inspections.