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Omega Flex OFLX Engineering Expense

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Other financials

Income statement

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Revenue$23.1M-1.0%
Gross profit$13.1M-7.0%
Operating income$2.3M-42.9%
Net income$2.1M-41.8%
EPS (diluted)$0.34-26.1%

Balance sheet

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Cash & equivalents$49.8M+1.1%
Total debt$4.5M-12.5%
Total equity$82.9M-0.5%
Total assets$101.3M-1.4%

Cash flow

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Operating cash flow$608.0K-60.9%
CapEx$709.0K+28.4%
Free cash flow-$101.0K-110%

Valuation

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Market cap$317.77M-2.6%
Enterprise value$272.53M-3.4%
P/E23.8×+5.0×
P/S3.2×0.0×

Profitability

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Gross margin59.2%-2.2pp
Operating margin15.5%-5.1pp
Net margin13.6%-3.8pp
FCF margin14.5%-3.1pp

Returns & leverage

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Return on equity16.1%-5.3pp
Debt / equity0.1×0.0×
Current ratio5.7×+0.1×

Where this comes from

Reported directly by Omega Flex in its filing.

Tagged under the XBRL concept OFLX:EngineeringExpense.

The official record: Omega Flex’s 10-Q, filed May 1, 2026, on SEC EDGAR. View the filing →

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Questions, answered.

What is Omega Flex's engineering expense?
Omega Flex (OFLX) reported engineering expense of $1.51M in Q1 2026.
How has Omega Flex's engineering expense changed year-over-year?
Omega Flex's engineering expense increased by 33.8% year-over-year, from $1.13M to $1.51M.
What is the long-term trend for Omega Flex's engineering expense?
Over 4 years (2021 to 2025), Omega Flex's engineering expense has grown at a 2.3% compound annual growth rate (CAGR), from $4.61M to $5.04M.
What does engineering expense mean?
This metric captures the costs associated with research, development, and technical engineering activities dedicated to product innovation and process improvement. It reflects the company's commitment to maintaining a competitive advantage through the design of new flexible metal hose solutions or the enhancement of existing product lines. High investment in this area is often a leading indicator of future market position and long-term growth potential.