Any ambitious high precision engineering firm is bound to be extremely quality conscious and, therefore, well-equipped for delivery of premium precision products to its customers. Accordingly, all good precision engineering firms mandatorily have three resources at their ready disposal. These firms possess hole popper, holes and/or EDM machining to achieve superfine tolerances inside shapes that are complicated or elaborate.
Secondly, they use Computer Numerically Controlled machines such as CNC turning and CNC milling machines to carry out reverse engineering of damaged extrusion parts absolutely flawlessly. At last and but not the least, they possess ace quality metrology set up for heavy metal testing so as to accurately identify and verify materials of broken extrusion parts needing replacement/ repair.
It is well-known to those dealing in spare extrusion parts that any mistake in choosing the raw material for making extrusion parts can become a cause of heavy damages, as well as delay in the production process for the customers. It is, therefore, critically important that the vendor from whom they buy precision products employs an advanced heavy metal testing set up, preferably using non-destructive and cutting edge metallurgical analysis methods.
Only once the metals and/ or alloys are properly identified and the true worth of the damaged machine part is assessed, the vendor should undertake the choice between repair or replacement of the parts in question. In any case, the vendor should have quality CNC turning & milling machines operated by qualified and skilled CNC machine operators/ engineers. This will only ensure that reverse engineering or making new spare parts would be carried out flawlessly, with extremely competitive tolerance levels and accuracy of up to 2 microns.
For more details please visit : http://www.ppiparts.com/nitonBrochureISO2011.html
Secondly, they use Computer Numerically Controlled machines such as CNC turning and CNC milling machines to carry out reverse engineering of damaged extrusion parts absolutely flawlessly. At last and but not the least, they possess ace quality metrology set up for heavy metal testing so as to accurately identify and verify materials of broken extrusion parts needing replacement/ repair.
It is well-known to those dealing in spare extrusion parts that any mistake in choosing the raw material for making extrusion parts can become a cause of heavy damages, as well as delay in the production process for the customers. It is, therefore, critically important that the vendor from whom they buy precision products employs an advanced heavy metal testing set up, preferably using non-destructive and cutting edge metallurgical analysis methods.
Only once the metals and/ or alloys are properly identified and the true worth of the damaged machine part is assessed, the vendor should undertake the choice between repair or replacement of the parts in question. In any case, the vendor should have quality CNC turning & milling machines operated by qualified and skilled CNC machine operators/ engineers. This will only ensure that reverse engineering or making new spare parts would be carried out flawlessly, with extremely competitive tolerance levels and accuracy of up to 2 microns.
For more details please visit : http://www.ppiparts.com/nitonBrochureISO2011.html
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