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Section of the blog page, where we can find case histories and articles that will be published monthly

Discover the Future of Grape Juice Production: The Batch Flotation System

The production of high-quality grape juice and wine requires attention to detail and the use of the most advanced technologies. One such technology, often less well known but incredibly effective, is the batch flotation system. In this article, we will explore what this system is, what advantages it offers and why it is indispensable for those wishing to raise the quality of their products.

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Wine & Cheese day : enhance the perfect combination of wine and cheese, discover with us the technical solutions for these products of excellence.

Every year on 25 July, lovers of good food and drink come together to celebrate National Wine & Cheese Day. This day is dedicated to two of the most beloved and timeless pairings in our culinary culture: wine and cheese. But how did this celebration come about and why is it so special?

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What is Sliter DOP and its Cheesemaking Process

Sliter DOP is a cheese that embodies the cheese-making tradition of northern Italy, with deep roots in the mountain communities of the province of Brescia. Its production, which stretches from Lake Iseo to the Tonale Pass in Gavia, is an art handed down from generation to generation. Let’s discover together the unique characteristics and meticulous cheese-making process of this semi-fat hard cheese.

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Discover how the Ion Exchange Plant Revolutionises Grape Juice Production: Quality, Sustainability and Innovation

The beverage sector, especially the production of wine, must and grape juice, is constantly evolving. Producers are always looking for innovative methods to improve the quality of their products and make them more competitive on the market. Among the advanced technologies that are revolutionising the industry is the ion exchange system, a solution that offers numerous advantages for grape juice production. But what makes this technology so special? Let’s find out together

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Innovation and Tradition: How Wine Carbonators Revolutionise Wine Production

In the vast panorama of wine production, one of the most interesting and useful innovations is represented by wine carbonators. This advanced technology has revolutionised the way wine producers manage the carbonation of their products, ensuring superior quality and consistency. In this article, we will explore the origin of wine carbonators, their use, and the many advantages they offer producers.

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The Importance of Somatic Cells Content in Sheep’s Milk for the Quality of Dairy Products

When it comes to sheep’s milk, quality is a crucial factor that can make the difference between a successful and a mediocre product. A decisive aspect of milk quality is the somatic cell content. This parameter not only influences the health of the animals, but also has significant effects on the composition of the milk, especially the protein and mineral fractions. Let’s find out together why it is so important and how our company can help improve the quality of your milk through the use of advanced machinery.

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Discover the Prickly Pear: From Plant to Quality Filtered Juice

If there is one fruit that embodies the beauty of arid and semi-arid lands, it is the prickly pear. But what makes this fruit and its juice so special? And why is filtration so crucial in this process? Let’s find out together, as we explore the fascinating journey of prickly pear juice, from its origins to its transformation into a delicious and nutritious drink.

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Destemming Machines: Function, History, Utility and Advantages in Wine Production

Destemming machines are devices used in the wine industry to separate the stems from the grapes. This process is essential in winemaking, as the stems can negatively affect the flavour of the wine by introducing unwanted tannins and other substances that can compromise the final quality of the product.

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Casatella Trevigiana and its Cheesemaking Process

Casatella Trevigiana and its Cheesemaking Process Casatella Trevigiana is a fresh cheese typical of the province of Treviso, entered in the register of protected designations of origin (PDO) in 2008.Its uniqueness derives not only from the raw materials used but also from the rigorous cheesemaking process that respects ancient local traditions and specific processing techniques.This article explores the fundamental steps in the production of Casatella Trevigiana and provides a historical background to better understand this prized cheese. Historical Notes The origins of Casatella Trevigiana date back centuries, when the farmers of the Marca Trevigiana produced this cheese for family consumption. The name ‘Casatella’ probably derives from ‘casa’, indicating the domestic and homemade nature of its production. Over the course of time, Casatella has gained more and more recognition, becoming a symbol of Treviso’s cheese-making tradition. The PDO registration in 2008 consolidated its reputation and guaranteed the protection of its name at European level. The Cheesemaking Process The production process of Casatella Trevigiana must begin no later than forty-eight hours after milking to ensure the freshness and quality of the milk 1Pasteurisation Milk is pasteurised at a temperature of between 70 and 75°C for between 15 and 25 seconds. This step is essential to eliminate any pathogens without compromising the organoleptic characteristics of the milk. 2Heating After pasteurisation, the milk is heated to the coagulation temperature, which varies between 34 and 40°C, depending on the season and the acidity of the milk. 3Acidification Acidification is achieved by adding lactic acid from the production area. This step is crucial as acidity affects the final texture of the cheese, which must be firm and not spreadable. The local microbial flora plays an essential role, giving the cheese its unique flavour and aroma characteristics. Milk starter is prepared by heating the milk to 65-68°C, cooling it to room temperature and allowing it to ripen to an acidity of 8-12 SH/50 ml. The quantities used can vary between 1% and 5% of the milk mass. 4Coagulation The milk is coagulated by adding bovine rennet, liquid or powder. The coagulation time must be between 15 and 40 minutes. 5Curd Breaking and Resting The curd is cut crosswise carefully so as not to crumble the mass and left to rest for 45-50 minutes, a longer time than for typical fresh cheeses such as cream cheese. 6Stirring, Curd Extraction and Filling The curd is stirred slowly to begin the draining process and then extracted and formed into cylindrical moulds with perforated walls. The duration of this phase varies between 7 and 13 minutes. 7Salting Salting takes place in a salt solution at 16-20° Baumé, with temperatures between 4 and 12°C. The salting time varies according to the size of the wheels: 40-50 minutes for small wheels and 80-120 minutes for large ones. 8Maturation The cheeses are placed in the ripening room at a temperature of between 2 and 8°C for a period of 4 to 8 days. During this period, the cheeses are turned at least every two days. 9Packaging Finally, Casatella Trevigiana is packaged and placed on the market. Casatella Trevigiana is a cheese that embodies the tradition and quality of artisan cheese-making in the Marca Trevigiana. Respect for the production phases and attention to the local microbial flora guarantee a unique product, capable of delighting the most demanding palates and keeping alive the link with the historical roots of the territory. DON’T FORGET TO FOLLOW US ON OUR SOCIAL NETWORKS! Every week we offer posts and articles on the food industry to keep you up-to-date and in step with the changing market! BACK TO ARTICLES SECTION

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The Micro-oxygenation of Wine: History, the 3 Characteristics and the Importance and Procedure of the Process

Micro-oxygenation is an oenological technique that consists of introducing controlled and precise quantities of oxygen into wine during the ageing process. The main objective of this practice is to improve the stability and organoleptic quality of the wine, positively influencing its aroma, flavour and structure.

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