Company News

• What is the High Pressure Swivel Joint used for?

  2023 / 08 / 07

  A High Pressure Swivel Joint is a specialized mechanical device designed to facilitate the transfer of fluids or gases under high-pressure conditions while allowing rotational movement between connected components. High Pressure Swivel Joints plays a crucial role in various industrial applications, especially in sectors dealing with oil and gas, petrochemicals, aerospace, and heavy machinery. Key Functions and Applications: 1. Fluid Transfer: High Speed Rotary Unions enable the smooth and efficient transfer of liquids or gases between stationary and rotating parts of machinery or equipment. They are widely used in hose reels, rotary unions, and other systems where fluid or gas transfer is required. 2. Rotary Motion: One of the primary functions of the swivel joint is to allow rotational movement between connected parts without hindrance. This rotational capability is essential in applications where machinery or equipment needs to rotate while maintaining fluid or gas connectivity. 3. High-Pressure Environments: As the name suggests, these swivel joints are specifically designed to withstand high-pressure conditions. They are constructed with robust materials, such as stainless steel or other alloys, capable of handling high-pressure fluid or gas systems. 4. Reduce Stress and Prevent Leakage: High Pressure Swivel Joints are essential in systems where there is a need to reduce stress on hoses, pipes, or connections due to the rotationa

• Correlation between Usb Slip Ring and Fiber Rotary Joint

  2023 / 07 / 31

  USB slip rings and fiber rotary joints are both types of rotary swivel joints used in different industries to transmit signals or data between rotating and stationary parts of a system. While they serve different purposes, there is a relatedness between them when it comes to providing a solution for signal transmission in rotating applications. A USB slip ring is a specialized Rotary Swivel Joint device designed to maintain a continuous electrical connection between a rotating platform and a stationary system. It allows the transmission of USB signals, typically used for data transfer or power supply, across a rotating interface. This is especially useful in applications where a rotating component, such as a camera or sensor, needs to communicate with a stationary control system. On the other hand, a Fiber Rotary Joint, also known as an optical rotary joint or fiber optic slip ring, is used to transmit optical signals between rotating and stationary parts. It enables the seamless transmission of high-speed data signals, such as video, audio, or communication signals, across a rotating interface. Fiber rotary joints are commonly used in applications where the transmission of optical signals is required in rotating systems, such as surveillance systems, robotic arms, or medical imaging equipment. The relatedness between USB slip rings and fiber rotary joints lies in their purpose of providing signal transmission capabilities in rotating applications. While USB slip rings are primarily used for electrical signal transmission through USB connections, fiber rotary joints are specifically designed for optical signal transmission. Both technologies enable the rotation of components without interrupting signal transmission, ensuring continuous and uninterrupted communication between the rota

• The Role of High Current Slip Rings in Rotary Electrical Connectors

  2023 / 07 / 24

  Rotating Electrical Connectors are essential components in applications that require the transmission of electrical signals or power between stationary and rotating parts. High current slip rings play a crucial role in facilitating this transmission, particularly in systems that involve high currents, such as those used in encoder servo motors. A High Current Slip Ring is a specialized type of electrical connector that allows the transfer of high electrical currents across rotating interfaces. It consists of a stationary portion, known as the stator, and a rotating portion, known as the rotor. The stator is typically connected to the stationary part of the system, while the rotor is mounted on the rotating part, such as an Encoder Servo Motor. In the case of an encoder servo motor, the high current slip ring enables the transmission of both power and control signals from the stationary part of the motor to the rotating part. The slip ring allows the motor to rotate continuously without interrupting the flow of electrical current or signals. This is essential for the smooth and precise operation of the motor, as any interruptions or fluctuations in power or control signals can result in motor malfunctions or inaccuracies in positioning. The high current slip ring also ensures a reliable and continuous electrical connection between the stationary and rotating parts of the system. It provides low electrical resistance and minimal loss of power, allowing high currents to pass through without significant voltage drops. Additionally, the high current slip ring allo