Meet the Team Behind Pragya's Custom Engineered Equipment

Custom industrial equipment doesn't get designed by a single person or a single skill set. It takes several distinct engineering disciplines working in sequence — and at Pragya, that approach traces directly back to how the company's founder, Mr. L.C. Tolani (BE Mech., FIE), built the business from 1992 onward.

An approach set by the founder

Mr. Tolani brought 14 years of experience from HEG Ltd., Hindustan Motors Ltd., and C.C. Power Hydraulics Pvt. Ltd. into Pragya Hydro Equipment when he founded it in 1992, and his hands-on involvement — from conceptual design through to manufacturing — set the pattern the company still follows: engineers stay involved with a project from the initial requirement discussion through to the finished, tested machine, rather than handing off a design and moving on — more on that history.

Structural design and analysis

Every load-bearing component starts with structural analysis — using Finite Element Analysis (FEA) to determine how a design will perform under real operating loads before any material is cut. This discipline requires engineers who can translate an operational requirement (a coil's dimensions, a machine's duty cycle) into a structural design that meets safety margins without unnecessary excess weight or material.

Fabrication and welding expertise

Turning a structural design into a physical machine requires fabrication expertise working with IS/EN-certified steel plate, and welding performed specifically by coded welders — welders certified to a recognised procedure standard for structural welding. This is a distinct skill set from design engineering, and it's where a design either gets built correctly or doesn't, regardless of how sound the underlying analysis was.

Testing and verification

A separate discipline handles non-destructive testing (magnetic particle inspection of welds) and proof load testing before a machine ships — verifying that what got built actually performs as designed. This step is deliberately independent of the design and fabrication stages, because the point of testing is to catch what design or fabrication may have missed, not to confirm what's already assumed to be correct.

A team that stays involved, not just a design office

What distinguishes a custom equipment manufacturer from a catalogue supplier is less about any single discipline and more about how they connect: an engineering team that understands a customer's operational problem well enough to translate it into a structural design, that fabricates to that design with certified materials and welding, and that verifies the finished result before it ships — end to end, on one project, rather than as separate handoffs between disconnected teams.

Rooted in three decades of practice

This isn't a new operating model — it's the same approach Mr. Tolani applied to steel mill and solvent extraction equipment through the 1990s, refined and formalised over three decades into the FEA-to-fabrication-to-testing sequence the company uses today. The tools have modernised; the underlying principle — engineers staying close to the actual operating problem, not just the drawing — hasn't changed. Bring us a problem and you will be talking to the people who design the solution.

Export Availability

Manufactured at Pragya's Pithampur (Indore) works and exported worldwide — 22+ countries across 5 continents to date. Every export order ships with test certificates, ocean-freight packing, and full customs documentation, quoted FOB or CIF.