Slip rings enable the transmission of data, power, fluids and gases between moving and stationary components, making the slip ring the key component in every automated system. These rotary joints are indispensable for a great many challenging applications and products. The available options for the manufacture of customized slip rings are as wide-ranging as our customers’ requirements.
SCHLEIFRING – our name is a byword for the highest level of precision and reliability in the development and production of rotary joints. As an innovation leader, we set new standards with our solutions and thus open up wide-ranging perspectives for our customers. Even for exceedingly demanding requirements, such as the development of hybrid concepts for power transmission, we have the right solution: For radar applications, for example, we can transmit power, coolant and data via several channels in a single rotary joint system.
During the contacting rotating transmission of electric power as well as during signal or data transmission, special brushes are brought into contact with suitable slip ring track materials. Our contacting slip rings meet the highest quality standards, even for custom requirements with regard to the materials and the geometry.
We are the pioneers in contactless transmission of image data in high-end quality. Our products enable image data to be transferred at more than 50 GBit/sec with the very best transmission quality. These and other high-quality developments have made us the innovation and market leader for customized slip rings. We have been the industry leader for more than four decades and set new standards for advanced product development.
We have a wide range of fiber optic rotary joints (FORJs) in our portfolio for quick and seamless transmission of high data rates. We produce compact on-axis devices ranging from single-channel to 60-channel solutions for passive transmission, in both single-mode and multi-mode versions. The fields of application range from aerospace to offshore and medical applications.