Anuga FoodTec 2024

Innovation and user-friendliness - these are the key words at the heart of Lindor Gentle-touch Mixers’ new website As a leading manufacturer of mixing equipment for bulk materials, Lindor has completely revamped its online presence to provide customers, partners and visitors with an even more engaging and informative experience. A new digital home for technology and expertise The new website features a modern, user-friendly design that makes it easier to navigate and access important information about our products and services. Customers and interested parties can quickly gain an overview of the diverse applications of our mixers - from the food and pharmaceutical industries to plastics processing. Interactive features and comprehensive information A particular highlight is the interactive product view, which allows visitors to obtain detailed information about our different types of mixers and the additional functions that can be integrated to create comprehensive processing solutions. In addition, users will find extensive resources such as case studies and company

At Anuga FoodTec Lödige Maschinenbau will be demonstrating, how Ploughshare® and CoriMix® Mixers can be used in in the production of meat substitutes. Vegan meat alternatives made from protein sources such as cereals or pulses require process engineering solutions that enable high throughputs and homogeneous component mixing. As Gebrüder Lödige Maschinenbau GmbH will be demonstrating at this year’s Anuga FoodTec (Stand 10.1 / G091), Ploughshare® and CoriMix® Mixers can meet this requirement at several points in the process chain. The industrial production process for meat substitutes involves a number of stages, from the preparation of protein sources into a protein concentrate or isolate and texturised vegetable proteins: (TVP) through to the finished meat equivalent. Mixing dry additives before extrusion as well as liquids into the extruded TVP play a key role in the quality of the end product. The manufacturing process can generally be carried out continuously or in batch operation. It is also possible to use a combination of both processes in a quasi-continuous operation. The ideal operating mode depends

Discover the future potential for YOUR production at booth 10.1 G 060. Unique combination of particle design with plant engineering from a single source One for all. All in one. That is the slogan of this year’s Anuga FoodTec. This is also the slogan at the Glatt stand 10.1 G 060. Discover with us the Glatt future potential for particle design when drying liquids into powders and granulates with defined properties. Immerse yourself in a world where your visions of tomorrow are already taking shape today. Innovation meets expertise: liquid as a raw material At Glatt, we go beyond the ordinary. From fermentation to nano-encapsulation for better bioavailability – experience how we transform essential oils, different bio-cultures or volatile substances into products that revolutionize the market. Our offer includes not only the complete engineering of your fermentation line, but also the opportunity to explore and test different encapsulation processes with us – from the initial idea to the finished product. Fluidized bed technology: The key to clever particle design Discover our cutting-edge technology for

Emptying big bags without contaminating products in the food industry. Especially in the food industry, the requirements for complete emptying and contamination-free production are very high. This is guaranteed by the soldis big bag emptying station from HOSOKAWA Solids Solutions GmbH in Landsberg am Lech. Projects for customers in the food industry often involve emptying powdery to granular bulk materials from big bags. Different bulk materials are delivered in bags. The main task is to empty the various bulk materials with different product or flow properties in a dosed manner without cross-contamination when changing products. This is an important basic requirement to ensure the quality of the subsequent processes and the quality of the end product. The big bags are made available via an integrated crane system, after which the discharge hose is connected dust-tight to the docking unit of the emptying station. Containers with different dimensions can be emptied by quickly changing the moulded parts on the docking unit. Dust

We are exhibiting our mixers in hall 10.1 at stand G40. Visit our stand to learn how gentle mixing technology can improve the quality of your product output. Gentle Mixing Technology for Highest Quality Output Achieve excellent homogeneity within a short mixing cycle in a clean and energy-efficient machine. Our proprietary gentle mixing technology ensures total particle integrity is preserved. Engineering solutions for food, chemical, polymer & pharmaceutical processing. Proven Processing Solutions for Powders, Granulate & Natural Products Sign up to receive our quarterly newsletter and get free entry tickets to the fair.

Goudsmit Magnetics (Waalre, Netherlands) has developed a new pipe magnet that requires half the installation height of its predecessor and is also twice as strong. Manufactured entirely from stainless steel, the magnetic separator contains a core of neodymium (NdFeB) magnets and creates a flux density of 12,000 gauss. The conical-shaped magnet core contains more pole plates, so even 30 µm particles stick to more engagement points. This results in a higher degree of separation and also makes it possible to capture smaller metal particles in addition to coarse ones. Steel particles present in the product flow such as bolts, nuts, washers, screws, small metal balls, broken threads and clips can be effortlessly separated from grains, corn, flour, wheat flour and other incoming goods flows. The new magnet system is suitable not only for mounting in free-fall pipes, but also for pressure pipes. The stainless steel bullet magnet can be used in food but also other industries. Low installation height & compact design The 12,000 gauss pipe magnet was developed in response to specific market demands. The first requirement was to