The manufacturing process of cutting disc mainly includes the following key steps:
Material selection: The base material of cutting disc is usually high-carbon stainless steel or ceramic material. High-carbon stainless steel can ensure that it remains sharp after long-term use due to its excellent hardness, wear resistance and corrosion resistance, and is easy to clean and maintain. Ceramic blades are ideal for handling sensitive ingredients due to their extremely high hardness and non-stickiness. Although the cost is high, they have a long service life and more delicate cutting effect.
Design principle: The exquisite design of the cutting disc lies in its blade arrangement and blade structure. The blades are usually arranged in a spiral or staggered shape to ensure that the ingredients can be cut evenly and continuously when passing through. This design not only improves the cutting efficiency, but also avoids the waste and damage of ingredients. In addition, some high-end cutting discs also incorporate the function of adjustable blade spacing, and users can adjust the cutting thickness according to their needs to meet diverse needs.
Production and processing: Production and processing is a complex process that integrates precision machining, surface treatment, assembly and debugging. First, the raw materials are cut, stamped, drilled and processed by high-precision CNC machine tools to form the basic shape of the blade and the cutter disc. Subsequently, the blade is firmly mounted on the cutter disc base by laser welding or precision bolt fixing to ensure stability and safety during the cutting process. In the surface treatment stage, the blade and the cutter disc must undergo grinding, polishing, rust prevention and other processes to improve their appearance and service life.
Quality Inspection: Each cutting disc must undergo strict quality inspection before leaving the factory. This includes blade sharpness testing, cutting efficiency evaluation, durability testing, and safety inspections. By simulating actual usage scenarios, the cutting effect, noise level, and ease of cleaning of the cutting disc are comprehensively evaluated to ensure that the product meets relevant standards and user expectations.
