KUKA Robots
7 articlesKRC2/KRC4 controller, drive and mechanical component repair
What Evidence Should Be Preserved Before a KUKA Robot Is Moved or Assessed After a Collision?
A structured post-collision record preserves the robot state, damage evidence, and operating context needed for a reproducible repair assessment.
Read article →KUKA Robot Body Cable Short-Circuit Repair
Robot body cables carry power, encoder signals, and safety signals. When a short-circuit alarm occurs, first record the alarm code displayed on the control cabinet, then disconnect power and inspect areas around the wrist and base that undergo frequent bending.
Read article →KUKA KR360 Robot Maintenance Checklist
The KUKA KR360 is a heavy-duty industrial robot with a high payload capacity, widely used in demanding production applications such as heavy material handling, loading and unloading large components, die changes, and heavy industrial assembly.
Read article →Standard Maintenance for the KUKA KR600 R28300 Robot
As a heavy-payload industrial robot in the KUKA range, the KR600 R28300 combines very high load capacity with stable motion under heavy loads and is widely used in demanding production applications such as heavy workpiece handling, large casting loading and unloading, automotive structural component transfer, and material stacking on heavy-industry production lines.
Read article →Annual Maintenance for the KUKA KR 270 R3100-2 Robot
The KUKA KR270R3100-2 heavy-duty industrial robot is designed for continuous operation with high payload capacity and rigidity. It is widely used in demanding mass-production applications such as heavy industrial material handling, automotive body spot welding, loading and unloading heavy workpieces, and mold alignment.
Read article →Oil Change and Maintenance Guidelines for the KUKA KR210 Robot
The KUKA KR210 is a widely used medium- to heavy-payload industrial robot in mass-production facilities, handling demanding applications such as structural component welding, heavy material handling, machine loading and unloading, and assembly operations. Its gearboxes are subjected to alternating loads and momentary impact stresses over extended periods.
Read article →KUKA KR300 Paint-Spraying Robot Troubleshooting and Maintenance
KUKA paint-spraying robots demonstrate exceptionally broad applicability in today’s industrial production, particularly in key fields such as automotive manufacturing, electronics, and plastic products. With outstanding speed, precision, and explosion-proof performance, KUKA paint-spraying robots not only ensure operational safety during coating processes but also greatly improve
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