Bruker makes analytical and diagnostic instruments used by researchers and industries. Its products help analyze materials and biological samples to reveal chemical structure, composition, and properties, with notable roots in nuclear magnetic resonance (NMR) technology and a broad portfolio beyond that field. The company works by designing and selling instruments such as analytical tools that collect data from samples (for example, signals from nuclei in NMR or other spectroscopic methods) and provide insights to researchers. Bruker differentiates itself through a long history of developing advanced technologies, a focus on innovation in scientific instrumentation, and a global product range serving life sciences, materials science, and environmental analysis, supported by steady investment in research and development. Its goal is to equip researchers and industries with reliable tools to push the boundaries of what is possible in science and discovery.
Company Size
1,001-5,000
Company Stage
IPO
Headquarters
Billerica, Massachusetts
Founded
1960
See people who can refer or advise you
Help us improve and share your feedback! Did you find this helpful?
Health Insurance
401(k) Retirement Plan
401(k) Company Match
Employee Stock Purchase Plan
Paid Vacation
Paid Sick Leave
Paid Holidays
Disability Insurance
Life Insurance
Dental Insurance
Flexible Work Hours
Employee Discounts
Bruker Corporation receives order from University of California, Berkeley for high-field nmr systems for major upgrade of Magnetic Resonance research infrastructure. Published on 09/21/2026 at 09:36 am EDT S&P Capital IQ Bruker Corporation announced a multi-system order from University of California, Berkeley for high-field Nuclear Magnetic Resonance (NMR) instrumentation at the Pines Magnetic Resonance Center. The investment will enhance access to next-generation NMR technologies, including 800 MHz?class instrumentation. The investment is centered on a Bruker AV NEO-X 800 MHz spectrometer equipped with a cryogenically cooled MAS CryoProbe, complemented by several additional NMR systems and upgrades supporting solid-state, solution-state and Dynamic Nuclear Polarization (DNP) research. The UC Berkeley NMR order exceeds USD 6 million and is expected to be delivered in 2027. (C) S&P Capital IQ - 2026
Market for Registrant’s Common Equity, Related Shareholder Matters and Issuer Purchases of Equity Securities
Unaudited Condensed Consolidated Balance Sheets as of June 30, 2024 and December 31, 2023
Bruker advances whole-organism 3D imaging with enhanced tissue-clearing workflows. Bruker Corporation today announced a strategic collaboration with Translucence Biosystems, Inc., a leading provider of tissue-clearing solutions, to expand its workflow for cleared tissue imaging. Through the combined use of Translucence's Universal Tissue Clearing Kit alongside Bruker's light-sheet microscopy and data processing platforms, researchers can move from sample preparation to high-resolution, analysis-ready 3D datasets with greater efficiency and ease. Industry focus ebook - Life Science Microscopy (2nd edition) ebook. Download the latest expert interviews, articles, and news in Life Science Microscopy. The Universal Tissue Clearing Kit is designed to support user-defined antibodies and requires no specialized equipment. Its accessibility and flexibility enable researchers to implement standardized clearing workflows in typical laboratory environments while reducing variability. Bruker's MuVi SPIM and LCS SPIM light-sheet microscopes are optimized for 3D imaging of cleared samples, from intricate tissue structures to entire organisms. These systems are supported by a software suite that offers high-speed registration and fusion of large, multi-view datasets. Bruker also provides scalable data management, visualization, and processing with its Acquifer HIVE platform. Together, these complementary technologies support a streamlined workflow for cleared tissue imaging, enabling researchers to align sample preparation, imaging, and data processing steps more effectively. This approach facilitates consistent generation of high-quality 3D datasets while improving usability, reproducibility, and scalability across a range of biological research applications. News Medical developed its Universal Tissue Clearing Kit to make high-quality 3D histology more consistent and broadly accessible across different sample types, By combining this foundation with Bruker's imaging and data capabilities, News Medical can extend the impact of its approach and provide researchers with a more powerful and cohesive solution for whole-organ analysis." Damian Wheeler, Ph.D., Co-Founder and CEO, Translucence Biosystems "Today's researchers are increasingly looking for complete workflows," added Xiaomei Li, Ph.D., Senior Vice President and General Manager of Bruker Fluorescence Microscopy. "This collaboration simplifies 3D imaging workflow, improves reproducibility, and enables researchers to generate meaningful biological insights more efficiently. We believe this partnership will help accelerate discoveries across both basic research and emerging translational applications." Be the first to rate this article
Bruker (BRKR) wagers on fusion energy while wall street waits. Published September 6, 2026 at 10:48 am EDT On September 4, Bruker (NASDAQ:BRKR) said its energy and supercon technologies unit, Bruker Energy & Supercon Technologies (or BEST), had struck a supply collaboration with Luvata Materials & Solutions to scale up production of RRP superconductors for magnetic confinement fusion. The deal lands right as governments and private developers from Europe to South Korea race to build fusion demonstration plants, and it comes a month after Bruker's core scientific instruments business showed its first real signs of stabilizing. Two very different stories are converging inside one stock. A front row seat to fusion. The Luvata tie-up is not Bruker's first rodeo in fusion. BEST and Luvata previously supplied materials and expertise to ITER, the international fusion megaproject, and to the Wendelstein 7-X stellarator, two of the most advanced superconducting plasma facilities ever built. Their RRP superconductors, wires built with the Rod-Restack Process to withstand field strengths between 12 and 20 Tesla, already run inside CERN's Large Hadron Collider and in ultra-high field NMR magnets. That track record matters now because fusion programs are ramping across Europe, the Americas, China, Japan and South Korea, and Gauss Fusion has already begun evaluating RRP superconductors for its Gauss Industrial Demonstrator and GIGA power plant platform. The segment is already delivering. On August 4, Bruker reported that BEST revenue climbed 11.9% year over year to $74.2 million in the second quarter, with organic growth of 8.9% net of intercompany eliminations, while first-half BEST revenue rose 12.3% to $141 million. That growth showed up in Bruker's bottom line too. Non-GAAP operating margin expanded to 14.1% from 9% a year earlier, and non-GAAP diluted earnings per share grew to $0.49 from $0.32, results strong enough that management kept its full-year non-GAAP EPS growth target of 15% to 17% intact. Fusion's payoff is still theoretical. None of that shows up on a GAAP basis. Bruker's second-quarter GAAP operating results swung to a $65.3 million loss, versus $11.9 million of GAAP operating income a year earlier, dragged down largely by a $134.9 million non-cash goodwill charge. GAAP diluted earnings per share swung to a loss of $0.41 from a profit of $0.05, and for the first half of 2026 the company posted a GAAP diluted loss per share of $0.39. Impairments do not spend cash, but they are a reminder that some of what Bruker paid for in past acquisitions is now being written down. The core business also has not fully turned the corner. Total second quarter revenue grew only 2.8% organically, or 3.4% excluding tariff refunds, and first half organic revenue actually fell 0.8% year over year. CEO Frank Laukien acknowledged that US academic demand stayed soft in the quarter, even as bookings in Europe and China picked up. Fusion, meanwhile, remains a small piece of the business. BEST's $74.2 million in quarterly revenue is less than 9% of total company revenue, and the Luvata agreement itself came with no disclosed contract value, order volume, or timeline, so investors are being asked to price in a growth story that has not yet produced a number. Wall street isn't fully convinced. Hedge fund ownership of Bruker climbed from 34 funds to 45 funds quarter over quarter, which reads as institutional money adding to positions rather than trimming them. Short interest, though, sits at 14.91% of float, a level that signals a real and sizable bear camp is still positioned against the stock. Shares trade at a forward price-to-earnings ratio of 15.22 as of September 4, a modest multiple that does not appear to be pricing in much fusion-driven upside yet. That combination suggests that the market is still waiting for proof before it commits either way. The bet investors are weighing. Bruker is trying to be two companies at once: a legacy scientific instruments maker working through a soft academic market, and an early mover in what could become a critical fusion energy supply chain. The Luvata collaboration adds credibility to the second story by putting Bruker's superconductors in front of projects like Gauss Fusion's demonstrator, but it does not yet come with a dollar figure attached. The first story is showing tangible progress, with BEST revenue growing double digits and margins widening, even as GAAP results were dragged down by a one-time impairment charge.