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How is Biscuit Made in Factories?

This article will look at some aspects of biscuit production, including its ingredients, processes, equipment, colouring, and production technology. This will give you a better idea of what goes into making biscuits in a factory. To start off, you should consider your intended capacity, range, and layout. Then, you can determine the ingredients you will use and plan your production accordingly. Eventually, you can look at how the finished product is packaged for sale.


What are the ingredients of biscuits in factories? Wheat flour is the principle ingredient, which forms a gluten web and traps air bubbles during the leavening process. This gives crackers their characteristic flaky texture. However, biscuits with a softer texture are made from flour with lower protein content and a higher percentage of fat. The fat also coats the flour particles, inhibiting the hydration of proteins. Biscuits made from a low protein flour also tend to have less gluten development than those made with higher protein flour.

Biscuit ingredients are mixed together using a mixer. The order, amount, and temperature of the ingredients all matter. Each ingredient has its own importance and has a different effect on the baked product. The dough must be mixed well to achieve the desired consistency and rise. Ingredients that contribute to the PH of the dough include ammonium bicarbonate and water. These two are used to raise the height of biscuits.


There are many stages in the production of biscuits. The right proportions of ingredients must be mixed perfectly to create the perfect biscuit. Biscuit production usually involves four stages. First, the ingredients are combined in large mixers. Second, the dough is prepared by adding water and other ingredients. Finally, the dough is put in the right shapes and sizes. Temperature is another factor in the mixing process. Then, the biscuits are packaged.

The dough surface needs to be moist and flexible during the baking process. This moisture condenses on the dough piece at the ambient temperature, which releases latent heat. This moisture helps raise the temperature of the biscuit piece. A humid atmosphere is important in the first baking zone. In some cases, injecting steam into the baking chamber helps. The biscuit is finished when the surface is golden brown. Processes of biscuit making in factories


Biscuit making machinery has advanced a lot since the early days of manufacturing, and this progress continued even after the war. Automatic plant now accounts for two-thirds of the order backlog. Biscuit making machinery is designed with space constraints in mind, and there are different styles available to suit every factory. However, the basic features of the different biscuit making machinery remain unchanged. Listed below are some of the most common pieces of equipment used in biscuit factories.

Baker Perkins has developed a range of machinery specifically for the manufacturing of biscuits. Their most notable recent project was the five-year modernisation plan for the United Biscuits company. During this time, they were tasked with closing existing factories and installing new machinery without affecting the production levels. The objective was to increase the overall capacity of the company to allow for further expansion, while reducing the number of factories from nine to five.


Several factors contribute to the colouring of biscuits. First of all, biscuits go through several phases of baking. This phase involves the development of the biscuit’s structure and texture. Second, the moisture content of the dough is reduced, and third, the surface begins to brown. Colouring biscuits is a complex process involving three different processes. The first two take place at a low temperature, and the third and final phase involves high temperatures.

Biscuit moulding is a critical step in the manufacturing process. The right moulding process is crucial to preventing giveaways, or excess weight, which can be costly for the buyer. The moulder knife is a special tool used to control the knife in all four directions and the press in both the left and right sides of the roller. It is also used to control the size of the biscuits. After the moulding process, the biscuits are packaged and placed in conveyors.


The texture of biscuits in factories is usually defined as the force required to compress the solid food substance between molar teeth. Instrumental methods of texture measurement are more precise and cheaper than sensory methods. However, consumers are often unable to determine differences in the hardness of different biscuits because they are unable to distinguish between the different biscuits. Therefore, if you want to understand the difference between hardness and softness in biscuits, you should learn how to determine the different textures of different food products.

Different baking processes also affect the biscuit’s texture. A good baking process will produce biscuits with an even moisture content, which will prevent checking. Different baking processes are required for different biscuits, such as Marie biscuits with a bland colour, cream crackers with a subtle colour contrast, and rotary moulded designs with highlighted colours. However, all baking systems will result in different biscuits with different textures. Therefore, it is imperative to choose the right baking process for different types of biscuits.


The ingredients used for baking biscuits are mixed in a mixer to create the desired texture. Each ingredient has its own importance. The order in which it is mixed, the temperature and quantity also have an impact on the final product. Hard wheat flour strengthens sidewalls, while soft wheat flour gives the most breaks at the center of the sidewalls. The amount of water used for dough-making depends on the desired biscuit size.

The process of making biscuits includes mixing, molding, baking, cooling, and packaging. There are four primary stages for biscuit production according to Eastman Industries. The first step is dough preparation. Ingredients are mixed using mixers with varying speeds. The speed of mixing is controlled by the characteristic of the flour. Next, dough mass is laminated and transferred to gauge rollers. Then, the dough is stamped into biscuit shapes using a forming drum. Once molded, the biscuit is placed into cartons.