Precision machining involves producing of metal parts, which are extremely intricate and are mainly made from thin metal sheets. Besides precision metal parts are often custom made for specific purposes. However there are distinct techniques such as chemical etching, metal stamping, and RF shielding for producing precision metal parts.
The chemical etching process is mainly used for producing precision metal parts. The machining system offers great flexibility for producing precision metal parts, with unusual configuration as well as metals with tight tolerance within .0005". Besides the chemical etching machines are capable of producing, small holes and bars that are not possible with most stamping process.
The chemical etching machine uses state-of-the-art-CAD software enabled with ¼ mil resolution in the production process, which facilitates speedy and low cost operations. The machining system is ideal for both the prototype, and production of large quantities of precision metal parts. Chemically etching machined products also play a significant role in supporting the NASA research system.
Similarly the metal stamping machining process, which is also referred to as progressive die stamping, or long run metal stamping, is extensively used in production of precision metal parts with thickness from .002" to .135". The technique is mainly used for processing low cost parts that have three dimensions.
The r f shielding machining enables processing of precision metal parts such as RF shields. The machine helps in the production of customized as well as standard RF shields. The machine is capable of manufacturing product parts from a simple five-sided box, to a complex multi-cavity shield with removable lids. Besides the machining process facilitates production of flat, formed, plated, removable lids, with or without logos, and part numbers. Moreover, standard RF shielding are available in 54 dimensions and are provided with a prototype kit, which enables the operator with the flexibility to design custom RF shields.
The advances in precision machines have provided a significant boost to the aeronautic industry, as airplanes need parts, which are designed with utmost perfection. Precision machining has made it possible to manufacture improved hospital tools, thus greatly serving a social cause, as well.
By Ross Bainbridge
The chemical etching process is mainly used for producing precision metal parts. The machining system offers great flexibility for producing precision metal parts, with unusual configuration as well as metals with tight tolerance within .0005". Besides the chemical etching machines are capable of producing, small holes and bars that are not possible with most stamping process.
The chemical etching machine uses state-of-the-art-CAD software enabled with ¼ mil resolution in the production process, which facilitates speedy and low cost operations. The machining system is ideal for both the prototype, and production of large quantities of precision metal parts. Chemically etching machined products also play a significant role in supporting the NASA research system.
Similarly the metal stamping machining process, which is also referred to as progressive die stamping, or long run metal stamping, is extensively used in production of precision metal parts with thickness from .002" to .135". The technique is mainly used for processing low cost parts that have three dimensions.
The r f shielding machining enables processing of precision metal parts such as RF shields. The machine helps in the production of customized as well as standard RF shields. The machine is capable of manufacturing product parts from a simple five-sided box, to a complex multi-cavity shield with removable lids. Besides the machining process facilitates production of flat, formed, plated, removable lids, with or without logos, and part numbers. Moreover, standard RF shielding are available in 54 dimensions and are provided with a prototype kit, which enables the operator with the flexibility to design custom RF shields.
The advances in precision machines have provided a significant boost to the aeronautic industry, as airplanes need parts, which are designed with utmost perfection. Precision machining has made it possible to manufacture improved hospital tools, thus greatly serving a social cause, as well.
By Ross Bainbridge
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