ETI Systems Joystick Controllers

ETI Systems Joystick Controllers feature innovative designs and provide high-quality precision to meet the rigorous demands of sectors where precise, reliable control is paramount. Depending on the model, these controllers are suitable for various applications, including industrial, marine, CCTV, medical, robotics, and commercial. These joystick controllers from ETI Systems are each tailored to specific applications and requirements, ensuring users can find the ideal fit for almost any project.

Handheld Joysticks

J50, J90, and C90 series joysticks are robust and are frequently employed in applications such as construction and agricultural equipment, vehicles, and industrial machinery. Joystick controllers are a common choice for marine navigation systems, remotely operated vehicles, and offshore equipment. They are available in both single- and multi-axis configurations, allowing for intuitive manual control in challenging environments.

Finger Joysticks

For applications where space is limited, ETI Systems offers J3R/J3RH and J25HB/J25HM series finger controllers. These controllers are compact and operable with a single finger, making them ideal for medical devices, remote controls, and other handheld applications where space savings and precision are essential.

Panel-Mount Joysticks

J30, J34, J50, J90, C90, and C60 joysticks are designed for integration into control panels and consoles. Panel-mount joysticks are a staple of applications in machinery control, navigation systems, and robotics. Their featured durability and accuracy make them ideal in settings that demand consistent performance.

Hall Effect Joysticks

J3RH, J25HB, J25HM, J30H, J40H, and C60 COBRA HEAD controllers provide precise, wear-resistant position sensing. These controllers are often used in applications that require the utmost in accuracy and reliability, such as medical equipment and aerospace systems.

Applications

  • Industrial
  • Marine
  • CCTV
  • Medical
  • Robotics
  • Commercial
Publié le: 2025-07-14 | Mis à jour le: 2025-08-19