Food machinery is one of the products that comes into direct contact with food during the food production process, and its quality directly affects the food. It’s impossible to estimate how many products made with substandard machinery have already been purchased and consumed by consumers. The quality of food machinery directly impacts food and, more importantly, people’s health. For a long time, my country’s food machinery industry has faced the awkward situation of being small and scattered, large but not sophisticated, and its core technologies are difficult to compete with those of developed countries. To remain competitive in the market, food production must achieve mechanization, automation, specialization, and large-scale production, freeing itself from traditional manual labor and workshop-style operations, and improving hygiene, safety, and production efficiency.

Compared to traditional processing techniques, fiber laser cutting machines offer significant advantages in food machinery production. Traditional processing methods require multiple steps such as mold making, stamping, shearing, and bending, resulting in low efficiency, high mold consumption, and high operating costs, severely hindering the pace of innovation in the food machinery industry. Laser cutting is a non-contact processing method that ensures the safety and hygiene of food machinery. It produces smooth cuts and surfaces, requires no secondary processing, and offers high cutting speeds. No molds are needed; processing can begin once the blueprints are completed. This effectively drives the upgrading of food machinery while significantly reducing manufacturing costs. It is believed that laser cutting technology will shine brightly in the food machinery industry in the future.