Radar systems: Rotary joints are used in radar systems to provide the necessary rotation for the radar antenna to scan the surrounding airspace and detect targets.
Missile guidance systems: Rotary joints can be used to provide the necessary rotation for missile guidance systems to track and guide the missile to its target.
Surveillance systems: Rotary joints can be used in surveillance systems to allow for the rotation of cameras or sensors, providing a wider field of view and greater coverage.
Electronic warfare systems: Rotary joints can be used in electronic warfare systems to provide the necessary rotation for antennas to detect and jam enemy communication signals.
Weapon systems: Rotary joints can be used in various weapon systems to allow for the necessary movement and aiming of the weapon, such as in aircraft gun turrets or missile launchers.
Radars on ships: Rotary joints are used in the radars on ships to allow for the rotation of the radar antenna, providing a 360-degree view of the surrounding area and allowing for detection of other vessels, land masses, or hazards.
Sonar systems: Rotary joints can be used in sonar systems to provide the necessary rotation for the sonar transducer, allowing for detection of underwater objects or terrain.
Dynamic positioning systems: Rotary joints can be used in dynamic positioning systems to provide the necessary rotation for thrusters, allowing for precise positioning and movement of the vessel in various directions.
Offshore drilling rigs: Rotary joints are used in the drilling equipment on offshore drilling rigs to allow for the rotation of the drill bit, which is necessary for drilling and completing the well.
Oceanographic research vessels: Rotary joints can be used in oceanographic research vessels for a variety of purposes, including the rotation of winches for deploying and retrieving equipment, the rotation of sampling and surveying equipment, and the rotation of instruments for measuring oceanographic parameters.
X-ray machines: Rotary joints can be used to rotate the X-ray tube around the patient to obtain images from different angles.
CT scanners: Rotary joints are used to rotate the gantry of the CT scanner, which houses the X-ray tube and detectors, to obtain cross-sectional images of the body.
MRI scanners: Rotary joints can be used to rotate the patient bed or the coils that generate the magnetic field, allowing for imaging of different parts of the body.
Surgical robots: Rotary joints are used in surgical robots to provide the necessary range of motion and flexibility for the robotic arms.
Prosthetic limbs: Rotary joints can be used in the design of prosthetic limbs to provide natural movement and flexibility to the user.
Wind turbines: Rotary joints are used in wind turbines to provide the necessary rotation for the blades, which allows them to capture wind energy and generate electricity.
Steam turbines: Rotary joints can be used in steam turbines to provide the necessary rotation for the turbine shaft, which is connected to the generator and generates electricity.
Oil and gas drilling equipment: Rotary joints are used in the drilling equipment used in the oil and gas industry to provide the necessary rotation for the drill bit, allowing for drilling and completing the well.
Solar tracking systems: Rotary joints can be used in solar tracking systems to provide the necessary rotation for the solar panels, allowing them to track the sun and capture maximum energy.
Nuclear power plant equipment: Rotary joints can be used in various types of equipment used in nuclear power plants, including cooling systems, fuel handling equipment, and turbine systems.