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Space-saving and compact, it reliably protects the wiring of collaborative robots

Cable Carrier (CABLEVEYOR) Plastic Series 3D TKRB Type ROBOTRAX

Problem
Ensuring safety
Industry
Machine parts
Purpose
Support and guide
product
Cable Carrier (CABLEVEYOR)

overview

Collaborative robots often require a relatively small amount of wiring, so conventional 3D cable carriers can be overkill.

Additionally, the cable needed to remain stable even during sudden acceleration and deceleration.

By adopting the small size of ROBOTRAX, we have achieved compactness while ensuring sufficient strength.

The built-in wire structure provides stable tracking and space-saving wiring protection, contributing to improved device reliability.


Problem

Collaborative robots often have less external wiring than industrial robots, so conventional 3D cable carriers can sometimes seem overkill.

Additionally, if the central structure is insufficient, there is a risk of the link not being able to hold its position, so the cable needs to be able to follow movements stably even during sudden acceleration and deceleration.

Therefore, a space-saving, easy-to-use Cable Carrier (CABLEVEYOR) with sufficient strength was required.


Adopted products

Cable Carrier (CABLEVEYOR) Plastic Series 3D TKRB Type ROBOTRAX

Cable Carrier (CABLEVEYOR) body can be bent in three dimensions.

The lineup includes links with a minimum outer diameter of 31mm, allowing installation on small arms and in tight spaces, ensuring wiring flexibility and freedom of handling.

Built-in wire provides high tensile strength, allowing for reliable operation even under sudden acceleration and deceleration.

The open structure allows for smooth cable insertion and removal, and makes status checking and maintenance easy.


Benefits of adopting the product

The adoption of the small size of ROBOTRAX allows the compactly designed Cable Carrier (CABLEVEYOR) to be installed on arms with small diameters or in limited installation spaces, greatly improving the flexibility of wiring management. This also helps to eliminate interference and installation restrictions.

Furthermore, thanks to its structure that supports three-dimensional movement, the wiring can smoothly follow the complex movements of the collaborative robot, which involve sudden acceleration and deceleration, effectively reducing the risk of cable breakage and wear.


Tsubaki will do its utmost to support you in solving any problems you may have.

Please feel free to contact us with any concerns you may have.

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