Electrolinks Technologies (P) Ltd

is engaged in re-engineering and developing the ground supports equipment's for Aerospace Industries, It addresses the obsolescence problem, it also provides CAD/CAM/CAE, manufacturing details, parts & Services work (Laser Tracker & Jig calibration). Our services cater to various industries including Defense(HAL, BEL), Railways, PSU’s as well as non-profit organizations. We believe and pursue innovative approaches to complex business problems and meticulously render our services to clients, changing markets and evolving technologies.

We are constantly in the process of updating our Software / Hardware skills adopting new technologies that can perform better functions and we believe in integrating our skills with our clients’ inputs to achieve desirable results.

Our Core Values

Electrolinks’ vision is to become the most admired Defense and Aerospace solutions provider through world-class people and technology, and Connect Indian Aerospace to the world

Our mission is customer success, which we achieve by endeavoring to consistently deliver timely, high quality, reliable and cost-effective technology solutions and services.

With Quality as the basic business principle Electrolinks Technologies (P) Ltd. seeks for continual improvement of their quality management system, business processes and delivery models for providing their customers with innovative products and solutions that fully satisfy their requirements first time and every time.

Electrolinks is ISO 9001:2008 Company. Also, Electrolinks is in the process of   obtaining certification by CEMILAC for design & development of LRU’s, Aero-borne systems and independent verification & validation of software for military Airborne Applications.

AS 9100:2016(D) Under progresse

Electrolinks Technologies product development life cycle – from idea to market – covering both hardware design and avionics design development.

• Description of the original idea in a formal technical form (verbal requirements)
• Investigation of the existing prototypes and/or models that match the idea
• Comparative analysis of existing implementations
• Proposal of implementation and materials options