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Infrastructure

Modern Facilities,
Unmatched Capabilities

Yogi Industries is equipped with a well established infrastructure which is regarded as the main strength of our company. Working hard for a period of over two decades, we have successfully built up a strong base upon which our company is enjoying stability and rapid growth catering to the needs of our clients with the best products and services in the industry. We have a range of sophisticated machinery with which we have loaded all our units for production, quality control and R&D. In addition, we are fortunate enough to be equipped with a highly experienced and skilled team of technocrats who enable us to continue our engineering expertise and unmatched customer care services.
More importantly our infrastructure not only enables us to work with various metals, but also helps us to customize the products in accordance with the specific requirements of clients which may be in lines with material, finish or even design.
Our team forms our backbone that comprises of a well qualified and diligent team of technicians, engineers, workers and mechanics. They have a rich industrial experience and are fueled by the zeal to excel.

Manufacturing Process

A Strainght forward and Efficient Approch of Manufacturing

Raw Material Collection

The first step is to collect brass scrap or brass ingots. It is collected from various sources, such as scrap dealers, scrap importers, recycling yards, or other metal processing plants.

Melting

2. Melting The brass scrap or ingots are melted in a furnace between 800°C and 900°C to produce a molten brass mixture. The melting temperature and composition of the brass mixture are carefully controlled to ensure that the desired quality and properties of the brass components are achieved.

Casting

The molten brass mixture is then poured into the desired shape using a casting process, such as sand casting or die casting. The casting process is carefully controlled to ensure that the components have the desired dimensions and properties.

Turning

Various machining process involves Turning,whichis a process used to produce cylindrical components with a uniform diameter and a smooth surface finish. It involves rotating the workpiece and cutting it with a single-point cutting tool.

Milling

Milling is a process used to produce flat or irregularly shaped components with a smooth surface finish. It involves moving the workpiece and cutting it with a multi-point cutting tool.

Drilling

Drilling is a process used to produce holes in the brass component. It involves rotating a drill bit while pressing it into the workpiece.

Finishing

After getting the final dimensions, all the components are given a surface finish to improve their appearance and corrosion resistance. This step may involve processes such as electroplating, polishing, or sand blasting.

Inspection

The brass components are inspected at various stages of the manufacturing process to ensure that they meet the required quality standards. This may involve visual inspection, dimensional inspection, or other testing methods.

Assembly

If necessary, the brass components are manually assembled with other parts to create the final product.

Packaging

Finally, the brass components are packaged for shipment to the customer. The packaging materials and methods are chosen to ensure that the components are protected during transportation and storage.

Delivery

The components are delivered to the customer according to the agreed delivery schedule.

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