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Simulators are essential for replicating real-world conditions in amusement rides, flight training, and driving experiences. Our cutting-edge technology offers unmatched reliability and precision for all your simulator needs. Our comprehensive solution includes flexible cable guidance systems and maintenance-free bearings, designed to withstand high loads and demanding environments. By utilizing triflex energy chain systems and iglidur plain bearings, we significantly reduce wear and tear while improving cable routing efficiency. These innovations are tailored for various applications, from amusement ride maintenance to complex simulator configurations. Our best-in-class energy chains and durable bearings ensure your simulators run smoothly with minimal maintenance and optimal reliability.

Discover how our technology can boost the performance of your flight simulators, racing simulators, and amusement rides while reducing downtime and maintenance requirements.
For simulators, whether they are used in amusement rides, flight training, or driving experiences, igus provides a wide range of products that deliver reliability, efficiency, and maintenance-free operation. Here are the igus products best suited for simulators, ensuring long-lasting performance and reduced maintenance:

In the Greaves 3D Engineering racing simulator, 45 igus products ensure flawless movement of the seat and the four monitors. drylin linear and drive modules, iglide sliding bushings, xiros ball bearings and tribo-tape sliding foils are used. The complete cable management is ensured by linear and three-dimensionally movable e-chains.

A dryspin Zero-Backlash threaded nut with matching spindle is used to control the joystick of the Brunner flight simulator. Compared to the previously used metal ball screws, the overall behavior of the drive has improved significantly: The control is now more precise and sensitive, the feel is better due to minimized play of the nut and the vibration-free running behavior. And thanks to the dry-running plastic material, everything runs smoothly without maintenance.
Precision and wear are critical challenges in simulator systems due to constant use and complex mechanical parts. Issues such as vibration, noise, and wear on components can reduce the quality of the user experience.
Unplanned downtime can be costly for amusement rides and training simulators. Regular maintenance and replacement of worn parts are crucial to avoid breakdowns.
Simulators have multiple moving parts that undergo frequent wear and tear, including actuators, cables, and joints.
Excessive vibration and noise can impact the realism of a simulator, making it less effective for training or entertainment purposes.
Cable management is critical for preventing issues like cable tangling, wear, and unexpected failures in simulators.
Energy chains are essential for ensuring smooth power and data transmission while minimizing energy consumption.
Safety is paramount in both amusement rides and training simulators to prevent accidents and injuries.
Operating large-scale simulators can consume a significant amount of energy, especially when inefficient components are used.
Regular inspection and proactive replacement of worn components are crucial to maintain simulator reliability.
High maintenance costs can affect the profitability of simulator operations, especially when parts require constant lubrication or replacement.
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