Why Use High Precision Machining For Metallurgical Analysis?

Why Use High Precision Machining For Metallurgical Analysis

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When it comes to metallurgical analysis in today's technology savvy world, the need of high precision machining cannot be denied. Right from aeronautical industry to adhesive sector, food & beverages, petrochemicals, textiles, plastic manufacturer and power generation sector, each of the industries is reliant on precision products and techniques. Identification, classification and verification of materials in such industries is the most important factor, as any product produced out of the wrong materials can have severe repercussions.

So, it is very important that both, the raw materials coming in for production and the finished products going out, should be tested for the presence of harmful metals like lead, cadmium, chromium, mercury et al. There are many high precision machining which can help you in accurate material identification. Besides, metallurgical analysis is required to reproduce extrusion parts, as per specified standards. The inventory of the extrusion parts is maintained to meet the requirements of diverse industries including the idler rolls, agricultural sector, ceramic guides, automotive industry, packaging and container industry and others. When extrusion parts are required for the new products, the CNC (Computer Numerical Control) system helps reproduce these.

Further, there are two methods of metallurgical analysis, one is the traditional method and the second is the modern method, i.e. the high precision machining method.

Under the traditional method, the metals are melted to detect the elemental make up. It is apparently complex and time consuming. Therefore, this method is looked upon with much speculation by the majority.

But the industries cannot take a chance with the present day customers, who demands security and are aware of the safety, performance and liability of the products. And therefore, they take the help of high precision machining to virtually test any alloy or metal and determine their basic components, marks and remove the harmful components, if any present. Under this method, you can take up a CNC machine, which will give you the accuracy in microns. The precession XRF (X-Ray Fluorescence) device is another economical service, which can test metals as well as plastics for the presence of heavy metals (like cadmium and arsenic).

Metallurgical analysis

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