There is a relationship between the price of forgings and the complexity of the design requirements. The higher the complexity of the design requirements, it usually leads to the following situations in the forging production process, which has an impact on the price: Material selection and ratio: Complex design requirements may require the use of special materials or special alloys to meet the required strength, hardness, corrosion resistance and other characteristics. The cost of these special materials is higher, so the price of forgings will rise. Forging difficulty: Complex design requirements usually require more complex forging processes, such as multi-pass forging operations, complexity of forging die design, etc. This will increase the difficulty of forging production and the time cost in the manufacturing process, and will eventually have an impact on the price of forging. Machining accuracy requirements: Some complex design requirements may require higher machining accuracy, such as size, shape, surface quality and other requirements. To meet this precision requirement, more equipment and process adjustments may be required, raising manufacturing costs and prices. Inspection and testing requirements: Complex design requirements often require more stringent inspection and testing to ensure that the quality and performance of the forgings meet the requirements. This will increase the cost of inspection equipment and testing processes, which will affect the price of forgings. To sum up, the higher the complexity of the design requirements, usually leads to the need for more special materials, more complex forging processes, higher processing accuracy and more stringent inspection and testing in the forging production process. These factors will increase the manufacturing cost of forgings, which will affect the price of forgings.
