Compare Bio-Rad Laboratories, Inc. Class A Common Stock (BIO) vs Nuscale Power Corporation (SMR) Price & Performance
Price performance (Past 24H)
Key statistics
Key statistics
Bio-Rad Laboratories, Inc. Class A Common Stock vs Nuscale Power Corporation — how do they compare? Bio-Rad Laboratories, Inc. Class A Common Stock trades at $356.01 (market cap $9.43B), while Nuscale Power Corporation trades at $9.46 (market cap $4.06B). The key difference: Bio-Rad Laboratories, Inc. Class A Common Stock is far larger — about 2.3× Nuscale Power Corporation's market cap, and Bio-Rad Laboratories, Inc. Class A Common Stock is trading nearer its 52-week high, Nuscale Power Corporation nearer its low. Which is the better fit depends on your goals.
| BIO | SMR | |
|---|---|---|
Market Cap | $9.43B | $4.06B |
Sector | Health | Utilities |
52-Week High | $356.25 | $53.43 |
52-Week Low | $241.71 | $7.59 |
Enterprise Value | $9.18B | $2.99B |
Aura AI Summary
Signals from Pluang's Aura AI — not financial advice
Aura AI Summary
Signals from Pluang's Aura AI — not financial advice
Bio-Rad Laboratories (BIO) trades at $351.10, down 0.97% on the day but maintaining strength near its 52-week high. The stock shows bullish technical momentum with strong moving average support and recently beat Q2 2026 earnings estimates with $2.62 EPS versus $1.75 expected. Fundamentals show improving profitability with 29.41% net margin in 2025, though revenue remains flat at $2.6 billion. Analyst consensus remains positive with 7 buy ratings and $350 price target.
BIO presents a mixed outlook with strong technical momentum and improving profitability offset by flat revenue growth and elevated valuation multiples. The stock's current price aligns with analyst consensus target, suggesting limited near-term upside. Key risks include academic research market softness and competitive pressures in life science instruments. Institutional ownership trends show continued confidence with recent position increases by major funds.
SMR stock trades at $9.55, up 4.03% today, with a bullish technical signal from moving averages. The company reported a net loss of $355.79M on $31.48M revenue in 2025, with negative profit margins. Recent news highlights regulatory progress for its small modular reactor technology and potential from AI data center power demand.
Outlook hinges on commercial deployment success; high risk from persistent losses and execution challenges, but Wall Street consensus price target of $10.50 suggests moderate upside. Investor sentiment is divided, with 50% of analysts rating Buy amid significant financial volatility.
Returns comparison
Trailing returns across standard periods
Returns comparison
Trailing returns across standard periods
Top news
Latest headlines on both assets
Top news
Latest headlines on both assets
About Bio-Rad Laboratories, Inc. Class A Common Stock
Bio-Rad Laboratories, headquartered in Hercules, California, develops, manufactures, and markets products and solutions for the clinical diagnostics and life sciences markets. In diagnostics (53% of sales), Bio-Rad manufactures, sells, and supports test systems and specialized quality controls for clinical laboratories. In life sciences (47% of sales), the firm develops and manufactures a range of instruments and reagents used in research, biopharmaceutical production, and food testing. The company is geographically diverse, with major markets in the Americas (42% of 2021 sales), Europe and Africa (33%), and Asia-Pacific (25%). Bio-Rad owns 37% of Sartorius AG, a laboratory and biopharmaceutical supplier.
Read more on BIO →About Nuscale Power Corporation
NuScale Power Corporation is a leading developer of Small Modular Reactor (SMR) technology. The company's flagship product is a light water reactor SMR designed to generate clean, reliable, and scalable nuclear power. NuScale's technology is poised to address the global demand for carbon-free energy by offering a safer, smaller, and more flexible alternative to traditional large-scale nuclear power plants, with applications in electricity generation, desalination, and process heat.
Read more on SMR →
