Industrial Automation Company Mumbai

About Us

image dipicting Dynalog India - An automation solutions & Defence Solutions company

We provide “Intelligent Automation Solutions” to various verticals in the industry.  Our Solutions that are designed with your business needs in mind and delivered on a “turn-key” basis.

  • Sourcing innovative Components and Products.
  • Designing Turnkey Systems.
  • Fabricating, Installing, and Commissioning.
  • Supplying Reliable Industrial Automation components
  • Providing Maintenance and Support.

From Microprocessor Training Kits & PCI Add-On Cards to Industrial Ethernet Switches, Communication Gateways & Multi-port Serial Board solutions, at Dynalog we can meet our client’s stringent requirements in almost every aspect helping them with optimum Automation Solutions.

We follow the philosophy of providing functional, reliable, practical, safe & cost effective integrated Automation solutions.

Besides, PC based solutions, we also provide technologically advanced products & solutions to government agencies for the nation’s security. Meeting the defence needs of the Indian Armed Force is amongst the top priorities of Dynalog India Ltd.

The company has been one of the few Indian private-sector companies to significantly supply hardware solutions to the Indian Armed Force. With its top notch R&D, Dynalog has partnered in some of the prestigious defence projects over the last twenty years and demonstrated our ability to handle large and complex assignments. Dynalog is also the Distributors for Moxa, Advantech, IEI, Winmate, Robustel, Inhand, SAIC & many other companies.

With vast experience & spirited efforts, we at Dynalog have been able to stock rare & critical Electronic Components required in diverse areas of Industries &  Defence. Today we take pride in exporting these rare & vital Electronic Components world over. Our scope of work is not merely limited to export, but we also maintain adequate stock at our offices in India, USA & UK and supply these at competitive rates in shortest possible time frames.