Who We Are &

What We Do

 

At ILI Group, we are a leading high precision machining and shunts manufacturing company dedicated to delivering exceptional quality and precision-engineered solutions. With 40+ years of industry experience, we have established ourselves as a trusted partner for clients across various sectors such as automotive, defence and electronics, to name a few.

Our team comprises of highly skilled engineers, technicians, and manufacturing experts who possess a deep understanding of advanced technologies and cutting-edge techniques. We specialize in precision machining, SPM’s,  protoyping and providing tailored solutions to meet the unique requirements of each project.

dc shunts
We have everything

youneed

 

Dashboard Gauges

Dashboard gauges are very important electrical instruments for manoeuvring any vehicle. Without a dashboard in the vehicle, there is a huge possibility of danger to the safety of the passengers

Azimuth Indicators

An azimuth indicator, also known as an azimuth compass or directional gyro, is a device used in navigation to measure and display the vehicle's magnetic heading or azimuth. It provides the driver with a visual indication of the direction the vehicle is facing relative to magnetic north. Largely, we supply to defence sector

DC Shunts

Shunts - as the name indicates - a diversion or force along a path. In the context of engineering, shunts are electronic devices that are used to generate a low-resistance path for electric current.  Shunts are extensively used where there is a requirement of high currents whilst having low levels of associated resistance. We supply mainly to power and equipment industry

Our team of experts do their best

 

Our team comprises highly skilled engineers, technicians, and manufacturing experts who possess a deep understanding of advanced technologies and cutting-edge techniques. 

01

RESEARCH

Mechanical product research involves the systematic investigation and analysis of mechanical products to gain a deeper understanding of their design, performance, functionality, market potential, and user requirements

02

DESIGN

It involves the application of engineering principles, design techniques, and problem-solving methodologies to conceptualize, visualize and create 3D models

03

FABRICATE

It involves shaping or removing material from a workpiece using various tools and machines. It is commonly used to create precise and complex shapes, achieve tight tolerances, and produce finished parts or components

04

SUPPORT

Post assembly of the machined components, factory acceptance test is done at the manufacturing facility, before it is dispatched to the client and installed