Mold-Tek Technologies Q1FY27 PAT surges 13x to ₹9.00 Cr on US expansion
Mold-Tek Technologies posted a record Q1FY27 with PAT surging 13x to ₹9.00 crore and revenue rising 78.85% to ₹59.54 crore. Growth was driven by US subsidiary integration and strong order inflows.

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mold-tek technologies reported a record-breaking first quarter for FY27, with consolidated profit after tax (PAT) surging 13 times year-on-year to ₹9.00 crore (₹900.42 lakhs) compared to ₹68.47 lakhs in Q1FY26. The Hyderabad-based engineering services firm also posted a 78.85% increase in consolidated revenue from operations, reaching ₹59.54 crore (₹5,954.22 lakhs) from ₹33.29 crore in the corresponding period of the previous year. This performance marks the highest quarterly revenue and profit in the company’s history, driven by robust order inflows, improved project execution, and successful integration of its US subsidiary, Beryl Project Engineering LLC.
The Board of Directors, chaired by Chairman & Managing Director J. Lakshmana Rao, approved the unaudited standalone and consolidated financial results on August 6, 2026, pursuant to Regulation 30 of the SEBI (Listing Obligations and Disclosure Requirements) Regulations, 2015. The results were reviewed by the Audit Committee and subjected to a limited review by statutory auditors Praturi & Sriram, Chartered Accountants, under Regulation 33 of the SEBI Listing Regulations. Company Secretary Prateek Kumar Tiwari confirmed that the unaudited financial results were published in “Financial Express” (English) and “Nava Telangana” (Telugu) on August 7, 2026, as required under Regulation 47.
Financial Performance Highlights
The company demonstrated substantial margin expansion alongside top-line growth. Consolidated EBITDA grew 4.7 times to ₹13.91 crore (₹1,390.72 lakhs), up from ₹2.44 crore (₹243.85 lakhs) in Q1FY26, pushing the EBITDA margin to 23% from 7% in the year-ago quarter. Earnings per share (EPS) rose sharply to ₹3.13 from ₹0.24 in Q1FY26.
| Metric | Q1FY27 | Q1FY26 | YoY Change |
|---|---|---|---|
| Revenue from Operations | ₹5,954.22 lakhs | ₹3,329.12 lakhs | +78.85% |
| EBITDA | ₹1,390.72 lakhs | ₹243.85 lakhs | +470.32% |
| Profit After Tax (PAT) | ₹900.42 lakhs | ₹68.47 lakhs | +1215.06% |
| EPS (Basic) | ₹3.13 | ₹0.24 | +1215.06% |
On a standalone basis, the parent company recorded even higher profitability, with PAT jumping 16 times to ₹10.03 crore (₹1,002.71 lakhs) from ₹58.89 lakhs in Q1FY26. Standalone revenue increased by 56.34% to ₹45.52 crore (₹4,551.93 lakhs).
Operational Drivers and US Expansion
Management attributed the record performance to the successful execution of its long-term strategy focused on business diversification and operational excellence. Key initiatives included greater adoption of automation tools, standardized engineering workflows, and performance-linked incentive programs, which significantly improved per-engineer productivity.
The integration of Beryl Project Engineering LLC has been pivotal, expanding Mold-Tek’s capabilities into Regulatory Engineering Services such as Residential Engineering, Permit Engineering, Plan Review, and Building Inspection Services. This acquisition has strengthened the company’s presence in the US market, positioning it as an integrated engineering solutions provider across the construction lifecycle. Beryl recently received a Master Purchase Order from Hillsburg County valued at USD 1 million, expected to enhance revenues from Q2FY27 onwards. Additionally, the company has initiated entry into Forsyth County, Georgia, expanding its operations beyond Florida.
What the Numbers Show
The divergence between standalone and consolidated margins highlights the current contribution dynamics of the US subsidiaries. While the standalone entity achieved a robust EBITDA margin of approximately 32% (₹1,491.34 lakhs EBITDA on ₹4,551.93 lakhs revenue), the consolidated group’s margin stood at 23%. This suggests that while the US subsidiaries are contributing significantly to revenue growth (with Mold-Tek Technologies Inc. reporting revenue of ₹45.90 crore and Beryl Engineering Inc. contributing ₹10.45 crore), they are currently operating at lower margins or facing integration costs. However, the overall group profitability remains strong, with ROCE improving to 35.6% in Q1FY27.
Future Prospects and Industry Outlook
The Civil & Structural Division’s Work-on-Hand (WOH) increased from USD 3.50 million to USD 4.50 million during the quarter, providing strong revenue visibility. The Mechanical Engineering Services division is diversifying away from the BIW segment towards Transmission & Distribution (T&D), Plant Engineering, Special Purpose Machinery (SPM), and Data Centre Engineering.
J. Lakshmana Rao stated, "We have commenced FY26-27 on a very strong note... Strong order inflows, improved project execution and higher resource utilization have contributed to this record performance." The company is also actively evaluating another acquisition in the Structural Engineering & Design space in the US to further strengthen its capabilities.
The broader industry outlook remains positive, with the US Engineering Services Market projected to grow at a CAGR of 5.4% to reach USD 533.3 billion by 2031. Increasing investments under the Infrastructure Investment and Jobs Act (IIJA), semiconductor fabs, and AI-driven Data Centers continue to drive demand for specialized engineering services.
Historical Stock Returns for Mold-Tek Technologies
| 1 Day | 5 Days | 1 Month | 6 Months | 1 Year | 5 Years |
|---|---|---|---|---|---|
| -3.62% | +25.11% | +47.31% | +44.18% | +37.39% | +113.75% |
How will the ongoing integration of Beryl Project Engineering LLC impact consolidated EBITDA margins in Q2FY27, and when does management expect US subsidiary profitability to align with standalone Indian operations?
What specific criteria is Mold-Tek using to evaluate potential acquisitions in the US Structural Engineering & Design space, and how might these deals affect the company's leverage ratios?
To what extent will the diversification into Transmission & Distribution, Plant Engineering, and Data Centre Engineering mitigate risks associated with the cyclical nature of the automotive BIW segment?


































