Last Updated on May 6, 2024 by JY machinetech

If you’ve ever wondered how chocolate is made, you aren’t alone. The process can be complicated, but it does have a few key elements. Read on to learn more about cocoa butter, an ingredient used to create the mouth feel of chocolate. You’ll also learn about Soy lecithin, an emulsifier. In addition to cocoa butter, you’ll learn about cocoa liquor and Soy lecithin, which both aid in the production of chocolate.

Cocoa butter imparts the mouth feel to chocolate

The chocolate you like is characterized by the smooth, velvety feel of cocoa butter. While cocoa butter itself does not have any flavor, it is responsible for its smooth texture. Its low melting point makes it melt at body temperature. It separates easily from cocoa liquor and forms a clear liquid. When melted, cocoa butter gives chocolate its smooth feel. But not all cocoa butter has the same properties. Some forms of cocoa butter may impart a lemon or citrus flavour while others may be able to impart a rich aroma and a distinctive taste.

Chocolate contains more than one type of fat. The fat in chocolate is derived from cocoa butter, which is not easily converted to sugar. The fat in cocoa butter imparts a softer mouth feel than that of other types of fat. Chocolate with less fat and higher fat content may contain more cocoa butter. However, chocolate with high cocoa butter content is the most luxurious. However, it’s important to note that high cocoa content doesn’t mean the bar will be too oily.

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Cocoa butter is a by-product of cocoa processing

The main use of cocoa butter is as an ingredient in chocolate and other sweet products. It is a valuable source of vitamin D and is used in many beauty products. Although cocoa butter is expensive, its benefits have made it a popular ingredient in both food and cosmetics. It is usually melted down before being used in a recipe. Cocoa butter is a natural product, derived from the cocoa bean.

The fat fraction of cocoa bean shell contains almost one-third of the vitamin E in the form of pectins, which are used in soap making. Cocoa husk contains phenolic compounds, which are aromatic compounds with hydroxyl groups. The total phenolic content of cocoa husk varies from 2.1 to 56 mg/g dry weight, depending on the geographic origin of the plant, variety, harvest time, genotype, and solvent used during extraction.

Soy lecithin is an emulsifier

You may be wondering how soy lecithin can be in chocolate and other processed foods. The truth is that soy lecithin is an industrial waste product, extracted from soybeans and bleached to a light yellow color. The soy industry is a billion-dollar business, and its waste product isn’t organic or GMO. Many people find the flavor changes acceptable.

Soy lecithin has been used in chocolate production since 1889, when Hansa-Muhle applied a patent to use it in food. Since soybeans are the highest-yielding source of lecithin, many chocolatiers have begun to use it in their cocoa products. First, soybeans are pressed to extract the oil. The soybean oil is then combined with water and then centrifuged. After the oil is centrifuged, soy lecithin is separated. The resulting oil is then dried. Soy lecithin contains high amounts of choline, which is a key ingredient in chocolate.

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Cocoa liquor

Cocoa liquor is a byproduct of the chocolate making process. It is made by grinding the cocoa nibs, a substance containing a high proportion of fat. This fat melts during the grinding process. After the nibs are ground, they are mixed with cocoa butter and added to the chocolate mix. Milk chocolate may contain sweetened condensed milk or roller-dry low-heat powdered whole milk. White chocolate, on the other hand, contains Lethicin and is made with cocoa liquor and sugar.

Before the chocolate recipe is made, the cocoa liquor is degassed. Special equipment is used to do this more effectively than conches. Thin-layer vaporizers are used to shorten the conching process. The process conditions must be carefully coordinated with the quality of the cocoa liquor to prevent the removal of volatile unknown materials and valuable aromas. The ideal reduction ratio is 10-30% for the acid and low-boiling compounds.


In chocolate factories, liquid chocolate is mixed with water in a giant food processor. This mixture is then stirred until the chocolate reaches the right texture, flavor, and color. Next, it is fed through a series of machines that package, brand, and check quality. Finally, it is hand-packed into boxes for shipping. The chocolate-making process is a fascinating look into the world of confectionery. Here is a closer look.

To produce chocolate, the process begins with the cocoa tree. After a few months, the cocoa pods become mature and contain cacao beans. The pods are harvested between October and December. The cacao beans are then placed between banana leaves for six days. The beans are then dried in the sun. Then, they are shipped to the factory where chocolate is created. The cacao nibs are ground into a liquid form.

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Types of machines used to make chocolate

Chocolate-making machines are the tools used in making chocolate products. The machines vary in technology, design, and cost, and you should consider these factors before making your final purchase. Listed below are the different types of machines, including the features they provide, the types of raw materials they use, and their production capacities. Then, decide which one is best suited for your needs. Once you’ve established your needs, you can choose between various types of chocolate-making machines, each designed to improve your production.

Conveyor belts: These chocolate-making machines aid in the movement of the chocolates throughout the processing process. They furnish the chocolates through a cooling tunnel. They’re usually non-stick so that you’ll minimize any greasing. Non-adherent conveyor belts also resist sticky dough. If you’d like to make a chocolate product that doesn’t stick to a conveyor belt, you can purchase a silicon belt, which has food-grade certification and a wide range of temperature capabilities.

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