Application Industry of Non-Standard Parts Processing

Non-standard parts processing generally adopts conventional machining processes such as turning, milling, planing, grinding and bench work, as well as processing operations including cutting, marking, drilling and tapping performed by milling workers. Its core application fields cover aviation, aerospace industry chain, shipbuilding industry chain, construction machinery industry chain and CNC lathe industry chain. Unlike standardized mass production dominated by the automotive industry, the mold and housing industry chain, which focuses on the research and development of new automotive models and concepts and serves as a key support for mass production, mainly relies on small-batch customized production.

Non-standard parts processing features prominent advantages in small-batch production. It effectively saves production time and raw material costs and accelerates the market launch cycle of products. Small-batch production is closely linked to prototype templates, which serve as the core processing standard for small non-standard parts, while most prototype templates are produced through non-standard parts processing. This processing method is applicable to large-scale, high-precision and complex production and processing scenarios, and is especially good at manufacturing parts with arc surfaces and smooth surface requirements. The processing quantity of non-standard parts is flexible, ranging from single digits to hundreds of pieces. Production can be completed based on simple molds, soft molds or direct customized processing.