Cur precisio pulsere mollis pulserentur? Præceptor pulchritudinis duobus est. Præceptor, crescere potest splendorem fusae et meliora faciem aesthetiae artificis. Secunda, mold facile demolire potest. Sequente, EMAR te intelleget maximus methodos pulsationis precision stampionis.

1. Mechanical polishing: Mechanical polishing is a method of polishing a smooth surface by removing the convex parts after polishing through deformation processes such as cutting precision stamping molds and plastic deformation of material surfaces. For precision stamping workpieces with high surface quality requirements, ultra precision polishing can be used. Ultra precision polishing uses specially designed grinding tools, which are pressed tightly against the surface of the workpiece to be processed in a polishing solution containing abrasives, and perform high-speed rotational motion.

2. Electrolytic polishing: Precision stamping molds can be smoothed by removing small protrusions on the material surface through electrolytic polishing. Compared with chemical polishing, it can eliminate the influence of cathodic reactions and achieve better results.

3. Ultrasonic polishing: Pone materiam, ut pulseretur in suspensionem pulserantur, et ponet illud simul in agro ultrasonico. Und, per oscillationem fluctuum ultrasonicorum, abrasiva terra est et pulsat super superficiem operum pulserantur precision. Ultrasonic processing has low macroscopic force and will not cause deformation of the workpiece, but it will make the production and installation of precision stamped workpieces more difficult. Processum Ultrasonicum cum methodos chemicalis aut electrolyticas combinabitur. Basis corrosion is solutionis et electrolysis ultrasonica vibratio est ut solventur solutionem, causantes produktos dissolventes super superficiem laboris dissolvere et corrosionem aut electrolytem prope superficiem uniformi esse; Efectus ultrassoni in liquido cavitation is etiam potest supprimere proceduram corrosionis, quod beneficium est ad faciem splendorem articulorum precisiorum.