Precision Stainless Steel Bar

Cold Rolled Precision Stainless Steel Bars is one of Ambica’s premium product lines. These super finished precision bars are processed using the ultra-modern combined lines and state of the art equipment to make it a useful tool steel. Ambica Steels is one of the leading manufacturer, exporter, and suppliers of Precision Round Bars from India. We are already exporting these products to many countries, including but not limited to, Germany, Italy, Poland, United Kingdom, USA, Canada, Mexico and more.

Precision round bars are solid bars having a circular or round cross-section. They are largely manufactured from stainless steel, aluminum, carbon steel, case hardening steel, and alloy. These bars are produced by using hot/cold rolling methods and are offered in a variety of sizes.

Custom-made Cold Rolled Precision Stainless Steel Bars is made by Ambica Steels’ premium product lines. They are the result of our ultra-modern machines and equipment placed in the state of the art facilities based in and around India’s capital – New Delhi.

For more than 45 years, Ambica Steels has considered as one of the pioneer manufacturers, suppliers, and exporters of super finished precision round bars in India and abroad. Since 1970’s, we have established ourselves as a niche exporter of premium quality stainless steel products to countries like Germany, Poland, UK, Italy, USA, Mexico, and many more.

The Testing and Ultrasonic Inspection techniques followed at facilities ensure that the cold rolled precision stainless steel bars are free from any faults and internal defects. Our team of expert engineers employs special finishing machines to refine the stainless steel bars and make sure that their surface roughness and size tolerance are attained as desired by the clients.

Ultrasonic Inspection & Eddie Current Testing ensures that the bars are free from any internal defects. The bars are then finished using the specially designed finishing machines which ensure that the size tolerances (including the out of roundness) and surface roughness are achieved as desired.