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Beckman Coulter's Secret History: Why the 1935 pH Meter Changed the World?
In today's biomedical testing field, Beckman Coulter is undoubtedly a company that cannot be ignored. Founded in 1935, the company's groundbreaking pH meters changed the way scientific research and medical diagnosis are conducted. This small instrument is not only a tool for measuring pH, but also leads a technological and scientific revolution, developing a series of products used in diagnosis and life sciences.
The history of Beckman Coulter originated from Arnold Beckman, a professor at Caltech. He invented the pH meter first to improve acid-base measurements in the laboratory. This simple yet powerful instrument advanced the development of biochemistry by allowing scientists to more accurately measure and control the pH of chemical reactions.
This technology not only promotes the advancement of scientific research, but also plays a key role in medical diagnosis.
In 1935, Beckman's company was formed as the National Technical Laboratories to focus on commercializing this innovation. In the 1950s, the company expanded to include oxygen analyzers, precision potentiometers, and spectrophotometers, and was renamed Beckman Instruments, Inc.
As the technology gradually matured, Beckman Instruments acquired ultracentrifuge manufacturer Spinco in 1954, a move that allowed the company to further enter the field of laboratory instruments.
In 1955, the company established the shocking Shockley Semiconductor Laboratory in California, which was based on the semiconductor transistor technology invented by William Shockley. The establishment of this laboratory laid the foundation for future technological innovation in Silicon Valley.
Over time, Beckman Canon continued to acquire other companies to expand its market advantage, especially in the biomedical field. From the merger with Smith Klein in 1982 to the merger with Coulter Corporation in 1998, the company's name was eventually changed to Beckman Coulter and continued to undergo multiple mergers and acquisitions in the following years, including being acquired by Beckman Coulter in 2011. Acquired by Danaher Corporation.
Through these mergers and acquisitions, Beckman Coulter has established a huge business network around the world and achieved a world-leading position in diagnostic technology.
Technological changes and future prospects
The launch of Beckman Coulter's pH meter is not only a milestone in the company's history, but also a breakthrough in the field of biomedicine. From the laboratory to the clinic, the improvement of various tests and diagnostic methods has made early detection and precise treatment of various diseases possible. With the development of technology, the company's product line has expanded to areas such as flow cytometry, genetic testing and automated diagnostic systems.
Looking to the future, Beckman Coulter will continue to use innovation as its driving force to promote the evolution of biomedical technology. In the current era of rapid changes in the medical industry, this company still has endless potential to reshape the health management model. How will newer technologies such as artificial intelligence and data analytics change the way we diagnose and treat patients?
In the wave of globalization and digitization, scientific research teams in various regions will be the key collaborative force, and the expertise in different regions will also allow this technology giant to continue to lead the path of future biomedical innovation. Able to continue to develop through multi-national collaboration, can Beckman Coulter once again become a pioneer in changing the world?
