KUKA KP2 HV 2600 HW

KUKA KP2 HV 2600 HW

These KUKA welding robots are featuring a turn-tilt module with a maximum load capacity of 2600kg and a KUKA KL4000 track. If you are looking to get high-quality welding capabilities, consider this pack of weding robots we have for sale. Contact us for more information about it.

Additional equipment


• Component holder (cradle) between the rotary tilting table and the counter bearing. L = 4250mm x 1000mm. 16mm holes as provided.

• Connection to the faceplates with standard Bräuer drilling pattern (installation height is still to be adjusted to ensure the largest possible turning radius).

• The component holder is designed for quick change. (Brauer Standard)

Machine Benefits

Technical Machine Benefits


• Turn-tilt module (max load 2600 kg)

• Mount position (assembly) track: kl4000

• Hofmann blauf. Rotary module with counter bearing

• Rotary/tilting module kp2-hv 2600 hw with counter bearing for robot system // rotary-tilting module kp2-hv 2600 hw, freely programmable, maximum load 2,600 kg, maximum torque 3,900 nm, maximum tilting moment 9,250 nm, maximum rotation axis speed 50°/s, maximum tilt axis speed 25°/s

• Turning diameter = 1,200 mm

• Krc4 standard control cabinet

• Design services for fixtures, grippers, positioners, or customized accessories

• Closed cable ducts for installation within the system on the floor/base plate or as open cable trays for installation above the protective fence

• Cda layout plan

Extra Information

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The machine is completely new and unpacked
It was build by the system integrator, but never delivered.

Counter bearing for rotary-tilting module KP2
Counter bearing for rotary-tilting module KP2 11/26. This allows the KP2 to also be used as a tailstock turning device.
The counter bearing is bolted to the base (Demmler) and can be adjusted on the Demmler plate in 100mm increments. Diameter = 28mm. Turning diameter = 1200mm.

Workspace survey
-Connection plan
-Project schedules
-Assembly plans

Conversion and configuration
Conversion and configuration of the system from a 3D CAD model to a simulation model for Cenit.
Electrical and pneumatic interconnection