Boston Scientific Corporation vs Monster Beverage Corp — how do they compare? Boston Scientific Corporation trades at $51.07 (market cap $74.19B), while Monster Beverage Corp trades at $45.58 (market cap $89.20B). The key difference: Monster Beverage Corp is the larger of the two by market cap, and Monster Beverage Corp is trading nearer its 52-week high, Boston Scientific Corporation nearer its low. Which is the better fit depends on your goals.
| BSX | MNST | |
|---|---|---|
Market Cap | $74.19B | $89.20B |
Sector | Health | Consumer Staples |
52-Week High | $108.14 | $49.97 |
52-Week Low | $42.63 | $30.86 |
Enterprise Value | $86.27B | $87.49B |
Trailing returns across standard periods
Latest headlines on both assets
Boston Scientific produces less invasive medical devices that are inserted into the human body through small openings or cuts. It manufactures products for use in angioplasty, blood clot filtration, cardiac rhythm management, catheter-directed ultrasound imaging, structural heart disease, upper gastrointestinal tract diagnostics, interventional oncology, and treatment of incontinence. The firm markets its devices to healthcare professionals and institutions globally. Foreign sales account for nearly half of the firm's total sales.
Read more on BSX →Monster Beverage is a leader in the energy drink subsegment of the beverage industry. The Monster trademark anchors the portfolio, and notable offerings include Monster Energy and Monster Ultra. The firm has also started to incubate new trademarks for emerging enclaves of the energy space, like Reign in performance energy. It is primarily a brand owner, outsourcing most of its manufacturing processes to third-party copackers. It primarily uses the Coca-Cola bottling system for distribution after a strategic agreement in which Coke became Monster's largest shareholder (nearly 20%) and that also included the exchange of certain businesses between the two firms. Most of Monster's revenue is generated in the United States, though international geographies are increasing in the mix.
Read more on MNST →