CNC Machining for Food Processing / Manufacturing Equipment

29 March 2022

Food processing and manufacturing equipment pieces nowadays are being crafted by manufacturers carefully as they are one of the biggest sources of income for businesses. Without crafting them appropriately, businesses that are part of the manufacturing industry can easily lose huge amounts of revenue as well as the trust of their clients and partners.

Now, to make their manufacturing process faster and safer, many manufacturers rely on computer numerical control (CNC) machining. This type of machining process can effectively control machining tools through the help of command inputs from the pre-programmed computer software.

Major Benefits of CNC Machining

The rise of CNC machining has brought the gradual phase-out of conventional manual machines and tools. After all, tools like grinders, lathes, and mills can now perform a wide range of manufacturing tasks based on command inputs sent by software.

As machines and tools receive all the necessary commands, they are expected to move accordingly. This functionality ensures that they move and operate precisely and quickly, even without the help of a worker.

With the emergence of CNC machining, it has easily provided better efficiency to the manufacturing processes of relevant industries. Even with prolonged operations, CNC tools and machines can perform the needed actions without any issues. CNC machining likewise offers a greater precision level as all received commands by the tools are followed, reducing waste materials and lowering selling prices. Ultimately, CNC machining can improve safety as manual work for employees is not needed anymore.

CNC Machining Key Applications

As mentioned earlier, CNC machining has been effective in generating parts for food processing and manufacturing industries thanks to its enhanced efficiency, improved precision, and guaranteed safety. But one thing that makes CNC machining even better for these industries is it can process a wide array of materials for food-related tools and equipment pieces.

Some notable materials that can be used for generated food processing and manufacturing equipment pieces are stainless steel, aluminium, hardened steel, brass, carbon steel, titanium, and copper. What is common among these materials is they are corrosion-resistant. They also do not break, ensuring that all these things can last for a very long time. Ultimately, these materials do not attract food contaminants, allergens, and pathogens, ensuring the safety of foods processed by CNC-machined equipment pieces.

Primary CNC Machining Processes

When generating various food manufacturing and processing equipment pieces, manufacturers can opt for two major processes. These processes are CNC turning and CNC milling.

CNC turning is a machining process wherein the workpiece is installed in a chuck and rotated against a stationary tool, removing materials from a workpiece and generating the needed shape. It is a type of subtraction machining since its working principles involve the removal of materials. Some benefits of CNC turning include improved production efficiency, increased production speed, and enhanced savings.

CNC milling, alternatively, can be useful for machining food processing and manufacturing equipment pieces as it can assure accurate cuts, reduce wastes, provide support to huge tools and machines, and minimise human errors. CNC milling is a process that maximises a rotating multipoint cutting tool in removing materials from a workpiece and producing the needed part or product.

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