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CFT Group, a leading player in the food industry machinery business, offers state-of-the-art solutions; equipment and complete production lines, manufactured in its Parma facilities, are implemented in companies all over the world. Reliable and consistent operation is aided by careful design, flawless service and, of course, the choice of premium materials and components.This is why CFT Group's partner for rotary joints is Johnson-Fluiten.      For 80 years, CFT Group, a company based in Parma with customers around the world, has been producing solutions for food and beverage processing and packaging. Since 2021, the company has been part of ATS Corporation, a world leader in industrial automation: the synergy with this large company allows it

The proper installation of a rotary joint for high-speed applications on machine tools is crucial to support perfect system functionality and ensure optimal performance. The areas of machine tool use present particularly severe conditions, and each step of the installation requires attention to detail. We will now see a step-by-step description of the steps illustrated in our 3D video, which shows how to properly install the rotary joint for cooling an electrospindle or rotary unit.     Tools required for installation The first scene of the video presents a visual list of the tools and materials required for assembly. Some of these are included in the kit supplied with the Johnson-Fluiten G-series joint; others must be procured separately:  

One for all, custom-made for everyone: with Johnson-Fluiten's R-RH rotary joints, you can use the same component for a wide range of machinery and at the same time achieve the level of performance that only a customized solution can offer. This is made possible by the joint's ability to adapt to different processes with a few simple modifications. How does it work and how best to use this property? Luigi Rolfini, the company's Sales Manager Industry, explain it to us.   Applications of rotary joints in industry are many: conveying a fluid to a rotating element, often at high speed, is a common need in manufacturing processes in a wide range of

Rotary joints are essential components, in many industrial applications, to transfer fluids under pressure between a fixed and a rotating part. However, like any mechanical component, they can be vulnerable to failure or malfunction. Identifying and understanding the main causes of these problems is crucial to extend their service life, improve performance, and reduce maintenance costs. Here, we explore the most common causes of failures in rotary joints and how to prevent them.     1.    Incorrect Installation   Improper installation is one of the most common causes of malfunction in rotary joints. Common faults include:   1- Improper alignment: Poor alignment between the joint and the cylinder or spindle can generate mechanical stresses and accelerate wear of internal parts.

Johnson-Fluiten will be closed for winter break from 23 December to 6 January included. If you have any questions about shipping and delivery during this time, please feel free to contact our Customer Service Department. We thank you all for your patience, cooperation and support. The Johnson-Fluiten Team

High-speed paper machines require precise and reliable heat transfer control to ensure uniform drying of the paper product. The PT2X™ rotary joint, exclusively distributed by Johnson-Fluiten for the Italian market, offers a cutting-edge solution to enhance efficiency in the paper production sector.   Discover how PT2X™ revolutionizes production in modern paper mills!   Advantages of the PT2X™ Rotary Joint   1- Extreme Reliability: Designed to operate seamlessly even under the extreme conditions of modern paper machines, the PT2X™ ensures continuous performance, reducing downtime.   2 - Balanced Seal: This feature evenly distrib

Boosting Efficiency in Corrugated Packaging: How the LJX™ Rotary Joint and Rigid Syphon System Enhance Runnability   Preheater and preconditioner rolls play a critical role in this industry, as they ensure precise heating of the linerboard and medium used to make corrugated board. Without consistent, even heating, quality issues and inefficiencies quickly arise. This is where the LJX™ Rotary Joint and Rigid Syphon System from Kadant comes in. Designed specifically for corrugators, this innovative system—distributed in Italy by Johnson-Fluiten—ensures optimal heat transfer, increases equipment durability, and minimizes downtime. Here’s a closer look at how the LJX system works and why it’s a top choice for corrugated packaging manufacturers looking to improve runnability.  

Prevent is better: this is Johnson-Fluiten's philosophy regarding maintenance. Personalized after-sales service that is attentive to each customer's needs leads to minimizing the need for invasive interventions or unscheduled downtime, while the experience and expertise of the company's technicians allow them to restore rotary joints to optimal condition in a short time if necessary. We talked about this with Danilo Volontè, the company's area sales manager.   How to ensure the safety and efficiency of rotary joints over time?   Thanks to our focus on

With an instant connectivity, speed and ease of information translates into simple and efficient reordering and maintenance   Efficiency and speed are essential to ensure smooth operations and minimize reaction time. People who must maintain or manage components need quick and accurate access to product-specific information. To address this challenge, Johnson-Fluiten has introduced a solution that is already highly appreciated by technicians, maintainers, but also by purchasing managers : all rotary joints have an active QR code, laser engraved on the body of the component. This technology allows instant access, on the spot, to all the information needed to maintain and reorder components, simply by scanning the QR code. There is no more need to search for the ID of the component, because thanks to the link to the Johnson-Fluiten website, all

Kaplan hydroelectric turbines have long been a staple in green energy generation. However, their efficiency and productivity have reached new heights thanks to the precision and reliability of Johnson-Fluiten rotary unions. Let's dive into how this innovation is powering a more sustainable world.   The Legacy of Kaplan Turbines Invented in 1912, Kaplan turbines have been a proven solution for generating green energy with an efficiency of over 90%. These turbines operate within a typical rpm range of 50-500, and controlling this speed is crucial for optimal performance. The key to this control lies in the turbine's wicket gate and blade pitch mechanisms.     The Role of Johnson-Fluiten