Single-source brief: Tsubaki KabelSchlepp describes a cable-carrier system for multi-axis industrial robots. Independent confirmation was not supplied.
What Changed
Tsubaki KabelSchlepp is promoting its Robotrax System for complex robot-arm motion.
The system uses a central steel cable inside each carrier link. The company says this cable takes tensile loads off electrical lines and hoses.
That design targets cable fatigue, insulation failure, and unplanned stops. These risks can rise when robot arms swivel, extend, and change direction quickly.
Tsubaki KabelSchlepp says Robotrax supports acceleration up to 10 g. It also says the carrier can rotate up to ±450 degrees per meter, depending on model size.
Operating Details
The carrier uses open plastic links with spherical snap-on joints. Tsubaki KabelSchlepp says the links can move across three axes.
Some models have up to three internal chambers. The company says those chambers separate power, data, and fluid lines.
Standard R040 through R100 models allow tool-free cable insertion, according to Tsubaki KabelSchlepp. The larger R140X uses swiveling crossbars and dividers.
A Pull Back Unit keeps the carrier under tension during motion. Tsubaki KabelSchlepp says it reduces slack that could strike the robot body.
What Plants Still Need to Prove
The supplied evidence does not show field results, payback periods, or uptime gains.
Plants should confirm fit across each robot path and work envelope. They should also check cable loads, bend limits, contamination, and repair access.
Tsubaki KabelSchlepp lists mounts for KUKA, ABB, and FANUC platforms. Actual integration needs remain unknown from the supplied evidence.