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The first chocolate 3D printing studio opens in the Netherlands

Chocolate manufacturer Barry Callebaut recently opened its first chocolate 3D printing studio through its subsidiary Mona Lisa, which specializes in the decoration of these sweets. The company says it is the first structure of its kind, where top chefs will…

chocolate 3D printing studio
3Dnatives

Chocolate manufacturer Barry Callebaut recently opened its first chocolate 3D printing studio through its subsidiary Mona Lisa, which specializes in the decoration of these sweets. The company says it is the first structure of its kind, where top chefs will be able to test new ideas and imagine complex and original creations. Based in Zundert in the Netherlands, this studio is equipped with several machines capable of printing chocolate pieces in series and fairly quickly: the brand explained at the inauguration of the studio that it could create thousands of pieces at the same time from Belgian dark chocolate. An initiative that combines craftsmanship, cutting-edge technology and mass customisation.

Following a study carried out by the Swiss group, 7 out of 10 consumers surveyed wanted to “test new chocolate experiences“, so what could be better than offering them 3D printed chocolate? It’s not the first time we’ve heard of such a concept, but most of the time, it’s simply the mould that is 3D printed. However, the new 3D studio, Mona Lisa, should be able to create pieces in dark chocolate with 56% cocoa. We don’t know for sure what technology is put in place however, it is fairly easy to guess an extrusion process was used.

The 3D studio is equipped with several chocolate 3D printers | Credits: Barry Callebaut

According to Mona Lisa, the company has been working for 3 years on the development of its machine, which offers a tray size of 20 cm in length. It can print a small part in just one minute. What is interesting is the possibility for pastry cooks to imagine all possible shapes using additive manufacturing design techniques. They should be able to create honeycomb structures, nested pieces or even very fine details. In particular, 3D technologies will allow rapid prototyping and the ability to offer different iterations before moving on to the finished product.