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triflex® is a modular robot cable management system designed for robotic applications involving continuous bending, twisting and acceleration. Without protection, these movements cause cable wear and unplanned downtime. A built-in torsion stop-dog reduces cable stress, a defined bend radius helps prevent cable damage, and split cavities separate cables and hoses to minimise wear.
Its ball-and-socket design allows links to be added, removed or replaced individually, simplifying maintenance and enabling easy adaptation when cables change or robots are repurposed. Available in nine sizes, triflex® solutions support ESD, cleanroom, welding and other demanding environments.
Suitable for six-axis robots, cobots, welding, pick-and-place, machine tool and material handling applications, triflex® provides reliable cable management for complex multi axis movement.
Robot cable management has to accommodate continuous multi-axis movement while protecting cables and hoses from excessive mechanical stress. triflex® combines defined movement, modular construction and application-specific configuration to help create a reliable robot energy supply system.
Developed for complex three-dimensional movements on robots and other multi-axis machinery.
The built-in torsion stop-dog reduces mechanical stress caused by robot movement.
Internal chambers and separation options help organise cables and hoses and reduce contact between services.
The triflex® design can be opened from the side for faster cable installation and removal.
Configure the robot dress pack, mounting, retraction and cable around the robot and movement.
Maintain the required bend radius of cables and hoses inside the dress pack.
Add, remove or replace links for easy customisation and maintenance.
triflex® is designed for easy filling and can reduce cable change time by up to 75%.
From lightweight, flexible designs to heavy-duty and ESD options, choose the right solution for your robot, application and operating environment.
| Robot cable-management solution | What it does | Key features | Best suited for |
|---|---|---|---|
| triflex® TRE | Multi-axis energy chain for general robot cable management | Easy filling, fast cable installation/removal, high torsion resistance, modular links | 6-axis industrial robots, general automation |
| triflex® TRC | Closed 3D energy chain for demanding applications | Closed design, defined bend radius, cable separation, high torsion resistance | Industrial robots, harsh environments |
| triflex® TRCF | Closed, robust robot energy chain | Snap-lock opening, impact/abrasion resistance, special bend radii | Welding, laser welding and demanding robotic applications |
| triflex® TRL | Lightweight robot energy chain | Lightweight construction, 3D movement, flexible cable guidance | Robots where weight and payload are important |
| triflex® TRX | Energy chain with integrated length compensation | Rubber-band mechanism, up to 36% length compensation | Handling applications where a retraction system may otherwise be required |
| triflex® TRHD | Heavy-duty robot energy chain | Robust design, stainless-steel chain core, ventilation openings | Heavy cables, demanding industrial environments |
| triflex® ESD | Electrostatic-dissipative robot cable management | ESD material/options for controlled electrostatic discharge | Electronics, battery and sensitive-component production |
igus® offers a range of online tools to help users find the right solution for their application requirements. These tools indicate suitable products based on entered parameters, calculate expected service life, and provide 2D and 3D CAD models . Final configurations can be saved or sent to the shopping cart to be ordered.
Designing a robot dress pack doesn't have to be complex. This technical white paper walks you through 10 essential steps for configuring energy supply systems on robot axes 3-6, helping you improve cable protection, minimise downtime, and achieve longer-lasting, more reliable robotic operation.

See our robot cable management solutions up close before you specify. Request a sample tailored to your application and explore the design, flexibility and cable protection features that help keep robotic systems running reliably.
Download our whitepaper to explore the key differences between triflex® robot cable management and corrugated hose systems for industrial robots.

A robot dresspack is a system designed to organise and protect cables, hoses, and other components that supply power, data, and media to a robot's end effector. Installing the correct dress pack design is crucial to prevent cable damage, reduce downtime, and ensure the robot's full range of motion without interference.
Robot cable management systems are engineered to guide and protect cables during complex, multi-directional movements, including those of six-axis robots. By accommodating torsional and bending forces while providing effective strain relief, they minimise cable stress and wear. This helps extend the cable service life and ensure consistent robot performance.
Common issues include:
Using an igus dress pack, utilising triflex® can reduce or eliminate the risk of these cable issues.
triflex® has a modular design that allows the easy addition, removal and replacement of links, allowing operators to adjust individual segments instead of the full system. The triflex® series also allow for easy addition and removal of cables through the side instead of through the ends. Interior segmentation, a defined bend-radius, and strain-relief allow these systems to extend the life of the contained cables and hoses.
We offer a range of videos to help guide you through the installation process. Additionally, please refer to the triflex retraction system installation booklet.
Alternatively, our product manager and a network of sales engineers across the country are available to visit your site and provide hands-on support.
triflex® is available in 9 different diameters: 30mm, 40mm, 50mm, 60mm, 65mm, 70mm, 85mm, 100mm, 125mm. Availability of these sizes may vary depending on series.
triflex® is ideal for cable protection on six-axis robots and cobots doing spot welding, pick and place applications, and other automated processes. It has also been used as a cable carrier for solar panels, machine tools, conveyor systems, and packaging machines.
Lighter series such as triflex® TRL are not suitable beyond axes 1-3 of a robot but are suitable for 3D printers, office applications, and operator controls requiring three dimensions of motion.
A correctly selected system controls the cable route and movement, supports the required bend radius, provides strain relief and can separate cables and hoses to reduce excessive mechanical wear.
Yes. The modular construction allows individual links to be replaced and the chain to be lengthened or shortened to suit the application.
igus provides dresspack options for various industrial and collaborative robot manufacturers, including ABB, FANUC, YASKAWA and KUKA. Use the robot dresspack configurator to select by manufacturer and model.
The required size depends on the cables and hoses being carried, available installation space, movement and other application requirements.
The energy chain configurator can specify the correct size from the number of services required.
The robot dress pack configurator can help identify a suitable system.
Our robot cables are specifically designed for 3D torsional motion with up to ±360° rotation per metre, making them ideal for multi-axis robots and automated machinery.

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