Quid ad partibus CNC procedentibus opus sunt?

1. Accurabilitatem requirentes: Dimensional accuractia: CNC parts machining can achieve high dimensional accuracity, usually with a tolerance requirement of 0.01mm or less, to ensure that the dimensions of the parts are very close to the dimensions on the design drawings. Precisio formae: includentem accuracionem formae, sicut contoures et superficies parterum, constituentem et accuracionem formarum. Precisio positionis: referit ad accuracionem relativam positivam inter diversos elementos in parte, sicut positio holarum, pulchritudinis, etc., quae oportet occurrere in diagramma tolerantiae requirentis a design. Qualitatem superficie: crudelitate superficie: partibus processionis CNC potest constituere crudelitatem superficium partium ad requisum specific. Usually, the surface roughness can reach Ra 0.8 μ m or less, and sometimes even Ra 0.4 μ m or less, to ensure the smooth and quality of the part surface. Textura et splendor: Superficie partee non debet habere defectus evidentes, sicut scratces, ardores, oxidationes etc., et textura uniform a et superficie splendora habere. Geometric relationship requirements: Parallelism and perpendicularity: CNC parts processing requires ensuring the parallelism and perpendicularity of the parts, and ensuring that the relationships between the various surfaces of the parts meet the requirements. This usually requires achieving parallelism and perpendicularity requirements within 0.02mm to ensure the geometric accuracy and assembly performance of the parts. Simetria et rotunda: Pro partes quae simulationes et circulares opus sunt, machinae CNC accuracionem et consistentiam haec functionum certificentur Material requirements: Select suitable metal materials based on the design requirements and usage environment of the parts, such as aluminum alloy, stainless steel, copper, etc. The material should have stable mechanical properties and good processing performance to ensure stability and processing quality during the processing Processum requirements: Develop a reasonable machining process route, including cutting parameters, process sequence, etc., to ensure the stability and efficiency of the machining process. Choose cutting tools suitable for materials and processing techniques to ensure cutting efficiency and machining quality. Monitore et controle manum machinatorium ut non occurrerit errores machinatorium Potentia qualitatis kontrolis: Post processionem, inspectio qualitatis stricta exercitus est, inclusive mensuram magnitudinis, probationem qualitatis superficie, etc., ut assecurat qualitatem parterum compliantem standards. Timely handling and reorganizing of non-conforming products to ensure consistency and stability of product quality.