Omnitech Engineering

Omnitech Engineering IPO

Omnitech Engineering IPO Price Range is ₹216 - ₹227, with a minimum investment of ₹14,982 for 66 shares per lot.

Subscription Rate

1.14x

as on 27 Feb 2026, 05:15PM IST

Minimum Investment

₹14,982

/ 66 shares

IPO Status

Closed

Price Band

₹216 - ₹227

Bidding Dates

Feb 25, 2026 - Feb 27, 2026

Issue Size

₹583.00 Cr

Lot Size

66 shares

Min Investment

₹14,982

Listing Exchange

BSE

IPO Doc

RHP PDF Omnitech Engineering

Omnitech Engineering IPO Application Timeline

passed
Open Date25 Feb 2026
upcoming
Close Date27 Feb 2026
Allotment Date2 Mar 2026
Listing Date5 Mar 2026

IPO Subscription Status

as on 27 Feb 2026, 05:15PM IST

IPO subscribed over

🚀 1.14x

This IPO has been subscribed by 0.326x in the retail category and 2.857x in the QIB category.

Subscription Rate

Total Subscription1.14x
Retail Individual Investors0.326x
Qualified Institutional Buyers2.857x
Non Institutional Investors0.731x

Omnitech Engineering IPO: What’s in It for Investors?

Omnitech Engineering is raising about ₹583 crore through the IPO. This short video explains what the company does, how it earns from making precision parts for global industries, its growth plans, and the key things investors should know before investing in the IPO.

Objectives of IPO

  1. The company’s total IPO size is up to ₹583 crore. It has two parts: a fresh issue of up to ₹418 crore and an offer for sale (OFS - when existing shareholders sell their shares) of up to ₹165 crore. The full ₹418 crore from the fresh issue will come into the company and be used for running and growing the business. But the company won’t get any money from the OFS - that entire ₹165 crore will go to the selling shareholder, Udaykumar Arunkumar Parekh. The fresh issue money will be used for the purposes listed below.
  2. Setting up New Manufacturing Plants: It will put ₹233.55 crore into building two new factories: Proposed Facility 1 and Proposed Facility 2 - in Rajkot, Gujarat. Out of this, ₹132.84 crore will be set aside for the first unit and ₹100.71 crore for the second. This money will go into construction and buying advanced machines. Once these plants are fully ready, the company expects total machining capacity to rise to 33 lakh (3,301,584) hours per year, which should help it deliver on its large order book of ₹1,764.78 crore.
  3. Repaying Borrowings: The company plans to use ₹50 crore to repay some of its existing loans. As of September 30, 2025, its total outstanding debt was ₹382.91 crore. Bringing this number down should reduce interest costs, improve overall financial comfort, and free up more of its profits to put back into growth.
  4. Upgrading an Existing Facility: The company also plans to spend ₹18.69 crore on its current factory, called Existing Facility 2. This includes buying new machinery and installing a 1,300 KW solar power system on the rooftop to cut electricity costs, which were ₹6.38 crore in the previous financial year. It will also use part of this amount to buy 7 new buses for employee travel and 5 new vehicles for loading and moving materials inside the plant.
  5. General Corporate Purposes: Whatever is left from the fresh issue will go towards general corporate purposes. In simple terms, that’s day-to-day business needs like operating expenses, a few strategic initiatives, salaries, and other regular costs required to run the company.

Financial Performance of Omnitech Engineering

*Value in ₹ crore
*Value in ₹ crore
*Value in ₹ crore
DetailsFY23FY24FY25
Total Revenue183.70182.00349.70
Total Assets185.20387.00626.30
Total Profit32.3018.9043.90

Total income climbed from ₹183.71 crore in FY23 to ₹349.71 crore in FY25. It dipped slightly to ₹181.95 crore in FY24. Even though the company's actual product sales grew a little bit that year, it was not enough to make up for a drop in foreign exchange gains, which ultimately pulled the overall total down. But then FY25 jumped sharply, helped by higher manufacturing capacity and a big wave of new customer orders coming in.

 

Profit tells a slightly bumpier story. It fell from ₹32.3 crore in FY23 to ₹18.9 crore in FY24 because interest costs went up on new loans and depreciation (the accounting cost of new machines over time) also rose after adding fresh machinery. In FY25, profit bounced back to ₹43.9 crore, mostly because the rise in sales was strong enough to cover those higher costs.

 

To make this growth possible, the company expanded its total assets aggressively from ₹185.2 crore to ₹626.3 crore. A lot of that expansion was funded through debt, which is why borrowings jumped from ₹88.8 crore to ₹330.6 crore. These loans were largely used to set up new manufacturing facilities and to fund higher working capital (money tied up in inventory and day-to-day running), like holding more stock.

 

Even with all this expansion, operating profitability stayed quite solid. The EBITDA margin stayed in the 34%-36% range, though it edged down to 34.31% in FY25. Net profit margin followed the profit ups and downs, falling to 10.39% in FY24, then improving to 12.54% in FY25, still weighed down by heavy interest and depreciation.

 

The big pressure point is cash. In FY25, operating cash flow (cash generated from daily operations) turned negative and the business consumed ₹68.98 crore. The RHP pins this cash burn mainly on working capital needs - buying more inventory and waiting longer to collect money from customers as the business scaled up.

Strengths and Risks

Strengths

Strengths

  • The company had a really strong year, with revenue up 92.45% to ₹342.91 crore. What’s nice is it didn’t grow by burning profits; its operating profit margin (profit from core business before interest and taxes) stayed high at 34.31%, which shows it can scale up and still stay profitable.

  • Its unexecuted order book (work already booked but not yet delivered) rose to ₹1,764.78 crore, as of September 30, 2025, which is more than 5 times its FY25 revenue. This gives pretty clear visibility into future revenue and is a good sign that customers are actively buying its precision-engineered products.

  • It’s not just an India story, 74.95% of last year’s revenue came from outside India. The company supplies 256 customers across 24 countries, and the US warehouse helps it serve overseas clients more smoothly, especially in the American market.

  • Customer stickiness looks solid. In the last financial year, 101 repeat customers contributed 79.78% of total revenue. Plus, the average customer relationship is about 3.80 years, which usually means repeat orders and a more predictable flow of business.

  • It runs three facilities spread across 80,802.68 square meters, with an installed capacity of 24 lakh (2,429,856) machine hours. That scale matters because it helps them handle a wide range of custom jobs - anything from a tiny 0.003 kg part to a heavy 503.33 kg component - without getting overwhelmed operationally.

  • Interestingly, it’s not only about metal and machines. It has a subsidiary with 15 employees building specialised software to automate manufacturing operations, and it even wants to license that software to other companies, so potentially a second revenue stream over time. They’re also using industrial robots across machining lines instead of relying purely on manual work. The practical benefit is speed plus consistency, complex parts get produced the same way every time, with fewer human errors.


Risks

Risks

  • The company depends a lot on a small set of buyers; its top 10 customers made up 47.87% of revenue last year. And here’s the bigger single-point risk: one customer alone accounts for 58.5% (₹1,038.87 crore) of the current order book. If that customer slows down, delays, or renegotiates, it can quickly show up in sales and cash flow.

  • As of September 30, 2025, total debt was ₹382.91 crore, and the debt-to-equity ratio is 1.66 times (meaning roughly ₹1.66 of debt for every ₹1 of shareholder equity). With that kind of leverage (heavy use of borrowing), a bigger chunk of cash has to go into interest and repayments, which reduces financial flexibility, especially in weaker cycles.

  • The company needs a lot of money tied up in working capital (cash stuck in inventory and unpaid customer bills, net of what you owe suppliers), and its working capital requirement jumped to ₹265.58 crore in FY25 from ₹96 crore a year ago. Its working capital cycle is also very long at 283 days, which means it can take that long to turn cash spent on materials and production back into cash collected from customers. A long cycle like this can make growth feel “cash-hungry”, even when profits look good on paper.

  • North America contributed 59.24% of revenue last year, so the company is meaningfully exposed to that region. If the US sees higher import tariffs, tougher trade rules, or even a demand slowdown, it can hurt pricing power and reduce order inflows. In simple words, too much dependence on one geography can turn external policy or economic changes into a direct hit on sales.

  • In the previous financial year, the business used up ₹68.98 crore of cash from operations (cash generated or consumed by the core day-to-day business). Negative operating cash flow basically means the company is spending more cash running the business than it’s bringing in from customers during that period. If this stays negative for long, the company may need extra funding (more debt or fresh capital) just to comfortably run daily operations.

  • All existing and upcoming plants are in one city, Rajkot, which creates a location risk. If something local goes wrong (like the severe flooding mentioned for the last financial year), it can disrupt the whole manufacturing setup at once. That kind of “all eggs in one basket” operational risk is worth tracking, especially for a company with a large order backlog and tight delivery schedules.

How to Apply for Omnitech Engineering IPO on INDmoney

  1. Download the INDmoney app and complete your KYC.
  2. Go to INDstocks → IPO, or just search “IPO”.
  3. Tap on Omnitech Engineering IPO from the list of live IPOs.
  4. View key details like price band, lot size, and dates.
  5. Tap Apply Now and choose your number of lots.
  6. Use INDpay UPI for instant mandate tracking.
  7. Your funds will be blocked until the share allotment is finalized.

Listed Competitors of Omnitech Engineering

Company

Operating Revenue

EBITDA Margin

Profit

P/E Ratio

Return on Equity

Omnitech Engineering

₹342.91 Cr

34.31%

₹43.87 Cr

50.53x

21.55%

Azad Engineering

₹457.35 Cr

35.27%

₹86.53 Cr

103.30x

6.26%

Unimech Aerospace

₹242.93 Cr

37.90%

₹83.46 Cr

56.68x

12.48%

PTC Industries

₹308.07 Cr

24.43%

₹61.02 Cr

428.48x

4.40%

MTAR Technologies

₹676 Cr

17.87%

₹52.89 Cr

196.78x

7.26%

Dynamatic Technologies

₹1,403.80 Cr

11.28%

₹43.04 Cr

139.28x

6.00%

Omnitech Engineering Shareholding Pattern

Promoters & Promoter Group 94.08%
NameRoleStakeholding
Udaykumar Arunkumar ParekhPromoter93.04%
Parekh Riddhi ParasPromoter Group0.95%
Indumati Arunbhai ParekhPromoter Group0.1%
Others5.91%

About Omnitech Engineering

Omnitech Engineering Ltd makes high-precision engineered parts in the precision engineering space. Basically, they manufacture custom metal components and assemblies (sets of parts put together) that go into safety-critical uses - places where a part failing isn’t an option. They handle tricky, made-to-order requirements and can produce everything from tiny 0.003 kg pieces to huge 503.33 kg structures, up to 10 meters long. You’ll mostly find their products inside energy systems, motion control (machines that move and position things accurately), automation setups, and industrial equipment. Compared to its peer set, the company is seen as one of India’s faster-growing makers of high-precision engineered components.

They sell into a pretty wide global market, supplying over 256 customers across 24 countries, like the US, India, the UAE, Germany, and the UK. A big part of that scale comes from three plants in Rajkot, Gujarat, spread over 80,802.68 sq. meters. Together, these facilities have an installed annualized capacity of 24 lakh (2,429,856) machine hours and fabrication capacity of 7,200 metric tonnes per annum (MTPA). To actually execute global deliveries, they employ 1,807 permanent staff and also run a dedicated warehouse in Houston, US, which helps them store and ship faster to customers there.

Omnitech’s value chain starts when a customer shares a design, and the company turns that into a step-by-step manufacturing plan. Next, they source raw metals like steel and titanium and test them to make sure the inputs are right. Then they use computer-controlled machines and robots (think CNC machining - machines that cut metal based on programmed instructions) to shape the metal into precise parts. After that, parts may get surface treatments like plating (a protective coating), then they’re assembled and put through strict quality checks, down to 5 microns, which is a tiny fraction of a human hair. Finally, products are packed securely and shipped worldwide. Going forward, the company wants to move into newer high-tech areas like space, defense, and railways, and it also plans to set up warehouses in Europe, the Middle East, and Asia to make its global supply network stronger.

For more details, visit here: https://omnitecheng.com

Know more about Omnitech Engineering

Omnitech Engineering IPO Explained: Order Book, Exports, Risks, and Valuation – What Matters

Omnitech Engineering IPO explained: what the company does, where the money goes, strengths, risks, peer comparison, and valuation at ~50x P/E.

Omnitech Engineering IPO Review: Invest or Not?

Frequently Asked Questions of Omnitech Engineering IPO

What is the size of the Omnitech Engineering IPO?

The size of the Omnitech Engineering IPO is ₹583 Cr.

What is the allotment date of the Omnitech Engineering IPO?

Omnitech Engineering IPO allotment date is Mar 2, 2026 (tentative).

What are the open and close dates of the Omnitech Engineering IPO?

The Omnitech Engineering IPO will open on Feb 25, 2026 and close on Feb 27, 2026

What is the lot size of Omnitech Engineering IPO?

The lot size for the Omnitech Engineering IPO is 66.

When will my Omnitech Engineering IPO order be placed?

Your Omnitech Engineering IPO order will be placed on Feb 25, 2026

Can we invest in Omnitech Engineering IPO?

Yes, once Omnitech Engineering IPO opens, you can invest in the shares of the company.

What would be the listing gains on the Omnitech Engineering IPO?

The potential listing gains on the Omnitech Engineering IPO will depend on various market factors and cannot be predicted with certainty.

What is 'pre-apply' for Omnitech Engineering IPO?

'Pre-apply' for Omnitech Engineering IPO indicates your interest in the IPO before it opens for subscription. This ensures quick application when the IPO goes live.

Who are the promoters of Omnitech Engineering?

Omnitech Engineering is promoted by two people: Udaykumar Arunkumar Parekh and Dharmi A Parekh. Together, they own 93.04% of the company’s pre-IPO shares. Udaykumar Arunkumar Parekh is also the Chairman and Managing Director, and he’s been leading the business with around 19 years of experience.

Who are the competitors of Omnitech Engineering?

Omnitech Engineering operates in a pretty crowded precision engineering space, where a lot of companies fight for the same kind of high-spec, export-driven orders. For listed peer comparison, the names usually put next to it are Azad Engineering Limited, Unimech Aerospace and Manufacturing Limited, PTC Industries Limited, MTAR Technologies Limited, and Dynamatic Technologies Limited. Broadly, it’s competing globally to supply precision-machined components for advanced industrial and tech-heavy sectors.

How does Omnitech Engineering make money?

Omnitech Engineering earns mainly by making and exporting high-precision components and assemblies (assembled sets of parts made to tight specs). In FY25, it reported revenue of ₹342.91 crore, and a large 74.95% of that came from international markets, so exports are a big driver. Most of the income comes from selling finished products, with some additional revenue coming from job work (manufacturing work done for others) and tooling services (making or using specialised tools and fixtures needed in production).