Leonardo Food Printer – Precise and Efficient Cake Decorating with Smart Digital Technology
Discover the Leonardo food printer by MASZ Gliwice – a modern digital decorating system for cakes, cookies, and pastries. Fast, efficient, and economical. Ideal for bakeries, patisseries, and businesses that value creativity, quality, and personalization.
The Leonardo food printer by MASZ Gliwice is a state-of-the-art digital decorating system designed for professional use in bakeries, patisseries, and food production facilities. It enables full-color, high-precision printing directly onto cakes, cookies, cupcakes, and more.
With a 22" touch screen and built-in Windows-based computer, users can easily design and print graphics without needing external devices. WiFi connectivity allows remote operation and fast access to technical support.
Leonardo offers a large 32 x 50 cm work area and prints up to 22 cm in height. The full print cycle takes only 5 minutes, boosting productivity. Two interchangeable trays with silicone mats ensure continuous operation and maintain hygiene standards. An included protective cover helps keep the printer clean and damage-free.
Equipped with a CISS ink system, Leonardo keeps printing costs low – on average, only €0.12 per full tray. Ink levels are easy to monitor, and replacing cartridges is quick and simple.
This machine is perfect for personalized production: logos, text, patterns, or seasonal decorations can be printed on-demand for gifts, corporate events, or special occasions. It’s ideal for confectioners, bakeries, catering services, and custom dessert makers.
Investing in the Leonardo digital food printer means gaining a competitive edge, increasing production efficiency, and offering products that truly stand out. Reliable, easy to use, and built for professional environments, Leonardo is the future of cake decorating.
👉 Want to know more? Contact us today for a free quote and expert advice – we’ll help you find the perfect solution for your business.
📞 Our team is ready to assist you from selection to implementation.