Changing the Structure and Texture of 3D Printed Cheese ( Video)

Changing the Structure and Texture of 3D Printed Cheese

Researchers from the University Cork College are experimenting with the structure and texture of 3D printed cheese, with intriguing results.

The rise of 3D printed food has allowed culinary-minded people to reshape and reinvent some of their favorite edible arrangements. From pizza to cake, 3D printing is increasingly used for artistic and sustainable purposes.

But how does the printing process affect the chemical and physical makeup of food?

A team of researchers from University College Cork in Ireland decided to take an in-depth look at the impact that 3D printing has on the structure and texture of cheese. Their findings, recently published in the Journal of Food Engineering, show some interesting changes once processed cheese undergoes the extrusion.  

Changing the Structure and Texture of 3D Printed Cheese

First, the scientists melted down the processed cheese material so it could be used in a modified 3D printer. Using both fast and slow print speeds, the cheese was extruded into cooled cylinders and refrigerated.

After a 24-hour refrigeration period, the research team took the printed cheese out to check the texture and chemical structure.

For starters, the printing processes made the cheese softer and darker in color compared to the melted and unprocessed versions. They discovered that the faster printing process resulted in a cheese color that had a blue tinge. On the contrary, the slow printing speed created cheese that resembled the yellow color of untreated cheese.

As you can see in the image below, 3D printing caused major changes in the structural integrity of the cheese. The red blobs represent the fats, while the green depicts proteins.

Once printed, the cheese became much easier to remelt, which the scientists possibly attribute to weakened proteins. According to their research, the cheese samples became up to 49 percent less hard, and exhibited a higher degree of meltability.

Source: all3dp.com

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