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Durable and dimensionally accurate VMC Machine Components, CNC Machine Components, Precision CNC Machine Components, Vmc Job Work at competitive prices 

About Us

Krishna Industries is a manufacturer, supplier and trader of CNC Machine Components and VMC Machine Components to improve the reliability and efficiency of the machines. We are a truly customer-focused organization, managing Pan India presence to explore new opportunities throughout country. Since our foundation in the year 2013, we have been regarded as the staple of manufacturing industry by designing and developing wide array of CNC Machine Components, Precision CNC Machine Components, Precision Machined VMC Components and others. Customers of the engineering sector are receiving maximum benefit from the widespread network that we nurture to supply our products in every nook and corner of the market. We have built up robust infrastructure that is consists of manufacturing plants, sales offices, and research headquarters.

We are carrying out initiatives for developing strong human resource that quickly adapt to the ongoing technological advancement and meet the needs of local market of CNC VMC Turned Components. To augment our management capabilities and manufacturing capability, we execute research work on the raw material used in the development of CNC Die Mold Components, VMC Components, and others such as Mild Steel, EN-31, Aluminum, and others. Quality testing is done of each product against the parameters of dimensional accuracy, efficiency, and performance using testing instruments such as Height Gauge, Micrometers, and more.

Our Core Competencies

We provide products and services to various industries including VMC Job Work for Dies and CNC Die Mold Job Work as per the requirement of the customers. Here are some factors that conclude to our core competencies over others:

  • Premium grade products
  • On time delivery
  • Ethical business practices
  • Competitive pricing
  • Years of experience
  • Customization facility
  • Professional approach