Spinning rings and ring travellers for a secure spinning process – Made in Germany

Around the world, the brand Reiners + Fürst stands for spinning rings and ring travellers that meet the highest quality requirements with a top price-performance ratio and are manufactured in Germany.

Our customers worldwide repeatedly confirm that R+F is their leading supplier of rings and ring travellers of the highest quality. We are number 1 in many important markets due to our excellent products and our extensive service.

Our family-owned company, now in its 3rd generation, allows us to plan in the long-term in addition to our ability to make important decisions in the short term.Nearly 100 experienced employees meticulously take care of the production and marketing of a very broad range of spinning rings and ring travellers.

We personally stand by our name – the name of a family-owned company with over 75 years of tradition.

R+F places great value on:

• Continuous innovation and improvement of our products and processes
• Providing solutions for all market requirements
• Full commitment of all employees to ensure the high quality of our products at all times

R+F improves the spinning process with the help of innovative and economic solutions.Reiners + Fürst spinning components are optimised for ring spinning machines from all manufacturers, such as Saurer Schlafhorst Zinser, Rieter, Toyota KTTM, Lakshmi, Marzoli and Chinese manufacturers of Ring Spinning Machines.

Production process and F+E:

The key lies in production.We use technologies that are developed solely by R+F to be able to achieve optimal performance in spinning.

R+F is the only premium supplier of spinning rings and ring travellers, who already started manufacturing these two products in-house at a very early stage.The extremely high vertical range of manufacture makes it possible to integrate research and development, as well as new products and innovative processes directly into production – all to the benefit of our customers, since product and process improvements can be implemented much faster this way.