Versatile Hydraulic Rotary Joint 8 Circuits G1/8" Port For Medical Devices

Hydraulic Rotary joints Pneumatic Rotary Joints 8 Circuits G1/8" port

Product Description:

Features:

• Eight Circuits: These hydraulic/pneumatic rotary joints are equipped with eight independent circuits, allowing for simultaneous transfer of multiple fluids or gases. Each circuit operates independently, providing flexibility and precise control for various media or applications.

• G1/8" Ports: The rotary joints feature G1/8" ports, which are standard-sized ports commonly used in hydraulic and pneumatic systems. The G1/8" port size ensures compatibility with a wide range of fittings and connectors, simplifying integration into existing setups.

• Versatile Applications: These hydraulic/pneumatic rotary joints find applications in a wide range of industries and systems. They are suitable for use in rotary index tables, robotics, packaging machinery, automation equipment, and other applications requiring the transfer of fluids or gases in rotating systems.

Typical Application:

• Medical Devices: These slip rings find application in medical devices such as robotic surgical systems, enabling the transmission of pneumatic or hydraulic signals for precise control of surgical instruments and patient positioning.

• Packaging and Labeling Machines: Pneumatic/Hydraulic Slip Rings are employed in packaging and labeling machines to transmit pneumatic or hydraulic signals for controlling the movement of packaging materials, labeling mechanisms, and sealing operations.

• Test and Measurement Equipment: These slip rings are used in test and measurement equipment to transmit pneumatic or hydraulic signals for controlling actuators, pressure systems, and other test parameters.

Specifications:

Drawing for HJ1056-0801:

FAQ:

Can hydraulic/pneumatic rotary joints handle high-pressure and high-flow applications simultaneously?

Yes, there are hydraulic/pneumatic rotary joints specifically designed to handle both high-pressure and high-flow rate applications. These joints are constructed with robust materials and seals to ensure reliable performance under demanding conditions.

Can hydraulic/pneumatic rotary joints be used in environments with explosive gases or flammable liquids?

Yes, there are hydraulic/pneumatic rotary joints available that are designed to comply with safety standards for use in environments with explosive gases or flammable liquids. These joints incorporate features to prevent ignition and ensure safe operation.

Are there any considerations for selecting hydraulic/pneumatic rotary joints with electrical slip rings for data or signal transmission?

When selecting hydraulic/pneumatic rotary joints with integrated electrical slip rings for data or signal transmission, factors such as signal integrity, data transfer rates, and compatibility with the communication protocol should be considered to ensure reliable data transmission.

Shenzhen Hiscience, linking the future of technology

Shenzhen Hiscience Co., Ltd. (abbreviation: Hiscience) was established in 2011.

It is a professional slip ring manufacturer integrating independent research and development, production and sales. It is the only R&D department in the domestic slip ring industry composed of senior R&D teams in the three major fields of laser technology, communication industry and microwave devices. It is accurate, efficient and quick to respond to customers. meet customer needs with customized products and services.

The company's products strictly control the quality from design to mass production, and have a complete testing system. At the same time, a simulation testing platform is built according to different customer needs to ensure product consistency and reliability. The products win the trust of customers with their high quality and are widely used in civil and military fields such as engineering machinery, automation equipment, intelligent manufacturing, medical instruments, new energy wind power generation, aerospace, navigation and ships, security monitoring and so on.