From Family Workshop to Global Analytical Instrument Leader: Shimadzu's 150-Year Journey of Innovation

In the heart of Kyoto, Shimadzu has grown from a small family workshop into a global leader in the analytical instruments industry, driven not only by innovative technologies and products but also by an unwavering commitment to advancing science for over a century and a half.

Since its inception, Shimadzu has continuously broken and set new records. It manufactured Japan’s first medical X-ray apparatus; developed Japan’s first gas chromatograph; created the world’s first X-ray television system; saw its employee, Koichi Tanaka, awarded the Nobel Prize in Chemistry for inventing a method for analyzing large biological protein molecules; and pioneered the world’s first X-ray imaging systems equipped with direct-conversion flat-panel detectors (FPDs). Each milestone stands as a testament to Shimadzu’s relentless efforts and commitment to tackling new challenges.

How Has Shimadzu Endured 150 Years of Turbulence, Rising from a Family Workshop to Become an Ever-Growing Powerhouse?

In 1875, Genzo Shimadzu began manufacturing instruments for physics and chemistry in Kiyamachi, Kyoto. He embarked on his enterprise with a firm conviction to contribute to society by disseminating scientific knowledge.

In Kyoto’s Nijo district, a hub of commercial and scientific development, Genzo Shimazu frequently visited the Institute of Physical and Chemical Research (RIKEN), where he delivered lectures on physics and chemistry and provided career guidance. At the institute, he gained extensive experience across various technical and professional fields.

In 1877, Genzo Shimadzu successfully developed and launched a manned hydrogen balloon, winning an award at the First Domestic Industrial Exhibition in Japan and gradually gaining prominence within the industry.

In 1882, merely seven years after its founding, Shimadzu launched the Catalogue of Physical and Chemical Instruments and the Journal of Arts and Crafts in Physics and Chemistry. The Catalogue of Physical and Chemical Instruments documented a total of 110 physical instruments spanning multiple disciplines, including mechanics, electrical engineering, chemistry, and botany. This publication was of great significance to Japan, which was in urgent need of scientific and technological resources, and it also became an important grassroots-driven movement for scientific enlightenment at the time.

At the end of the catalog, the following statement is included: “We can manufacture any product according to customer requirements.”

In 1886, Genzo Shimadzu was appointed as a teacher at the Kyoto Prefectural Normal School. In addition, he founded the science and technology magazine "Journal of Physics, Chemistry, and Arts and Crafts."

Unfortunately, Genzo Shimadzu passed away suddenly in 1894, and his eldest son, Umejiro, inherited the name Genzo Shimadzu Jr. Genzo Jr.’s talent emerged at the age of 15 when he created a demonstration model of an electrostatic induction generator. Hailed as “Japan’s Edison,” he was an unprecedented inventor in Japanese history. In 1896, just one year after Dr. Roentgen’s discovery of X-rays, Genzo Jr. successfully produced X-ray images.

In 1909, Genzo Shimadzu Jr. developed Japan’s first domestically manufactured medical X-ray equipment, establishing Shimadzu Corporation as a pioneer in the field of medical X-ray devices. In 1927, Genzo Shimadzu Jr. established the Shimadzu X-Ray Technical Training Center at the former Kiyamachi-Nijo facility (now the Shimadzu Foundation Memorial Hall) with the aim of cultivating X-ray technology experts. Now known as the Kyoto School of Medical Science, the center continues to train technicians to this day.

During the same period, Genzo also developed the storage battery business, which constitutes an important chapter in Shimadzu’s history. His revolutionary invention—a method for manufacturing reactive lead powder—enabled domestic production of storage batteries in Japan. This achievement earned him a place among Japan’s Top Ten Inventors. The GS brand, derived from Shimadzu Genzo’s name, has since experienced rapid growth in the storage battery sector.

Shimadzu Corporation has achieved a diverse array of inventions and R&D projects, leading to the successive launch of various seemingly unrelated products. Beyond its wide-ranging product portfolio, Shimadzu has also given rise to numerous Japanese companies. For instance, GS Yuasa, which ranks second globally in market share for automotive batteries; Dainichiseika Color & Chemicals, a giant in the coatings industry; and Mitsubishi Logisnext, whose forklift sales rank third worldwide—all these enterprises originated from Shimadzu Corporation.

Over its 149-year history, Shimadzu has amassed countless examples of breakthroughs and innovation. After each pioneering achievement, it swiftly overcame new challenges, evolving from a small, family-run business in Kyoto into a globally renowned technology and R&D enterprise.

In the face of globalization’s challenges and opportunities, Shimadzu has demonstrated strong market adaptability and a global perspective. Since establishing its Berlin office in 1923, Shimadzu has continuously expanded its scientific and technological reach worldwide. The company has set up subsidiaries and manufacturing plants across the globe, along with more than 200 authorized distributors, forming an extensive sales network.

In 1951, Shimadzu Corporation established its International Trade Division and began increasing exports to the United States and other global markets. In 1963, Shimadzu opened its first overseas branch in New York after World War II. Subsequently, sales offices were rapidly established in Germany, San Francisco, and other regions, laying the foundation for today’s global network.

In the 1970s, Shimadzu Corporation strengthened its ties with China and Middle Eastern countries. Subsequently, it expanded exports to Singapore, Moscow, and other markets, raising its export ratio to 25% by 1984. Continuous development led to products that significantly impacted modern manufacturing. These included turbomolecular pumps and DNA sequencers, which firmly established Shimadzu’s position as a technology leader.

In 1992, the joint venture Beijing Shimadzu Medical Instruments Co., Ltd. was established in China. In 2001, life science engineers from various departments convened at the newly founded Life Science Research Center, with the aim of expanding business into the field of biological research. To broaden its business horizons in the 21st century, the company has made greater efforts in the environmental and semiconductor sectors.

In 2002, Koichi Tanaka, Assistant Manager at the Life Science Research Center of Shimadzu Corporation, was awarded the Nobel Prize in Chemistry, drawing significant global attention. Mr. Tanaka received both the Nobel Prize in Chemistry and the Order of Cultural Merit of Japan.

In 2003, the world’s first dynamic X-ray imaging system equipped with a direct-conversion flat-panel detector (FPD) was developed. In 2005, the company intensified its development of next-generation medical technologies for molecular imaging instruments. Shimadzu Instruments Corporation was established to manufacture optical components, and Shimadzu A-Techno Manufacturing Co., Ltd. was founded to produce analytical and measurement instruments. In 2006, three companies, including Shimadzu UK, Ltd., were established in Europe, and Shimadzu Analytical India Pvt. Ltd. was incorporated. In China, Shimadzu (Guangzhou) Analytical Technology Service Co., Ltd. was established to provide analysis of shipped goods. In 2008, the company acquired Mitsubishi Heavy Industries’ molecular pump business.

In 2013, Shimadzu Latin America SA was established in Uruguay, and Shimadzu Scientific Instruments (Taiwan) Co., Ltd. was founded in Taiwan, China. The following year, a subsidiary was established in Malaysia. In 2016, Shimadzu Asia Manufacturing Co., Ltd. was established. In 2018, the company acquired Germany’s Infraserv Vakuumservice GmbH and established Shimadzu Industrial Systems Co., Ltd. in Japan. In 2019, Shimadzu established an Innovation Center in China and Shimadzu Scientific Korea Corporation in South Korea. In the same year, Shimadzu acquired Core Medical Imaging in the United States.

In China, Shimadzu has established an extensive service network comprising 13 branch offices, seven analytical centers, and more than 60 technical service points. This infrastructure supports the expansion of Shimadzu Corporation’s business within China, addressing the growing demand for high-tech analytical and testing instruments, medical devices, and industrial equipment manufactured by Shimadzu and its affiliates, while enabling the delivery of superior quality services with greater efficiency and timeliness.

Over the past 149 years, Shimadzu has continuously innovated and challenged itself, building on its three core technologies—optical technology, X-ray technology, and image processing technology. It has now developed into four core business segments: analytical and measuring instruments, medical devices, industrial machinery, and aircraft components.

In the field of analytical instruments, Shimadzu Corporation’s products meet diverse market demands through advanced technology and a wide range of application scenarios, earning high recognition worldwide.

Analytical techniques are indispensable for research, development, and quality management across various industries. Particularly in today’s era of rapid scientific and technological advancement, both R&D institutions and manufacturing sectors are placing increasingly stringent demands on analytical instruments. Shimadzu Corporation manufactured Japan’s first electron microscope in 1947, its first photoelectric spectrophotometer in 1952, and its first gas chromatograph in 1956. Since then, the company has consistently upheld a spirit of innovation in the field of analytical technology, continuously developing a wide range of high-tech products for chromatographic analysis, spectroscopic analysis, compositional analysis, and surface analysis. Furthermore, Shimadzu has relentlessly pursued cutting-edge technologies to develop products that meet the evolving demands of the times.

LCMS-IT-TOF is a high-end mass spectrometer launched by Shimadzu Corporation, which won the prestigious Bronze Award for New Products at the Pittsburgh Conference in March 2005. This award was the highest honor received by any complete mass spectrometer system at that year’s conference, fully demonstrating the analytical instrumentation industry’s recognition of the instrument’s superior performance.

The LCMS-IT-TOF is the only mass spectrometer in the world capable of ensuring high mass accuracy at every stage of MS analysis. Its design philosophy addresses the prevailing industry limitation where existing mass spectrometers from various manufacturers cannot simultaneously achieve tandem MS (MSⁿ) functionality and accurate mass measurement—meaning these two capabilities are typically mutually exclusive. By pioneering a series of key, unique technologies, the LCMS-IT-TOF achieves a perfect integration of ion trap mass spectrometry and time-of-flight mass spectrometry. This enables the powerful capability to perform both tandem MS analyses and maintain high mass accuracy. The LCMS-IT-TOF demonstrates significant application potential across diverse fields, including structural analysis of small organic molecules and metabolomics, as well as proteomics research on biological macromolecules, encompassing de novo peptide sequencing, protein identification, post-translational modification analysis, and characterization of complex glycoproteins.

The UFMS series triple quadrupole LC-MS/MS system is one of Shimadzu Corporation’s flagship products, combining the high separation capability of liquid chromatography with the high-sensitivity detection capability of mass spectrometry. This integrated system is particularly suitable for high-throughput analysis of complex samples, delivering high-quality analytical data in a short time. It enables high-throughput analysis; when paired with Shimadzu’s ultra-high-performance liquid chromatography (UHPLC) systems, it can process large volumes of samples rapidly. The product offers exceptional sensitivity and data quality: the triple quadrupole design ensures extremely high sensitivity and accurate mass analysis. It also provides flexibility, making it applicable to the analysis of diverse complex matrices, including biological samples, environmental samples, and food safety testing.

In response to the growing demand for high-throughput analysis, Shimadzu has developed the Prominence UFLC ultra-fast liquid chromatograph. Utilizing standard components, this system simultaneously meets users’ needs for both traditional routine analysis and rapid analysis. It supports operating temperatures of up to 85°C, enabling fast analysis at lower pressures. Moreover, the performance and high-throughput capabilities demonstrated by this instrument are rarely seen even in more expensive configurations.

Prominence UFLC Opens New Frontiers in Ultra-Fast Liquid Chromatography Analysis. It truly achieves both rapid analysis and high separation performance. Shimadzu Corporation has thoroughly analyzed the factors hindering faster analysis, enabling rapid and high-separation analysis without reliance on high pressure. More importantly, it successfully combines high precision and scalability, which previous fast LC systems failed to achieve. The reason Prominence UFLC relentlessly pursues “speed,” “reproducibility,” and “scalability” is that these three elements are not only the foundation of HPLC but also the new standard for ultra-fast LC.

Beyond this, Shimadzu Corporation is committed to research and development in the fields of life sciences and environmental protection. For instance, the company’s gene sequencers and automated protein analysis systems support research in biotechnology, while its environmental monitoring equipment facilitates the detection of air and water pollutants. These instruments play a vital role in their respective application areas, providing customers with efficient and accurate analytical solutions.

Shimadzu’s success lies not only in its technological innovation but also in its robust service system, which enables the company to provide customers with tailored total solutions.

The business model for analytical measurement and medical imaging services has traditionally relied on product sales to drive expansion. However, as market competition intensifies and customer expectations rise, clients are no longer satisfied with merely purchasing a single analytical instrument; instead, they place greater emphasis on enhancing the quality of their own products.

Having recognized the evolving needs of its customers, Shimadzu promptly provides tailored total solutions. By leveraging its two major support systems—the Analytical Instruments Customer Support Center and the Medical Imaging Products Customer Support Center—alongside its local technical service stations, Shimadzu has established a comprehensive after-sales service framework centered on enhancing customer satisfaction.

Mr. Teruhisa Ueda, President and CEO of Shimadzu Corporation, once stated, “As a company with a strong technological foundation, it is even more critical for our technical staff to understand the needs of users in various regions and the contexts behind them, thereby enabling us to respond rapidly to their requirements. This is the key area I intend to focus on and drive forward.”

Shimadzu’s Medical Imaging Division boasts robust technical capabilities, with service engineers stationed across its 10 branches, three joint-venture manufacturing plants, and one bonded parts warehouse in China. Comprising hotline support, parts management, regional on-site service, application training, technical support, and engineering departments, our comprehensive after-sales service system ensures Shimadzu customers enjoy complete peace of mind.

The proposal of integrated solutions not only helps enterprises lower process thresholds and achieve “cost reduction and efficiency improvement,” but also enables client companies, after initially selecting a single Shimadzu product, to subsequently adopt Shimadzu’s end-to-end services, thereby gradually expanding the scope of service engagement with clients.

Shimadzu has always prioritized talent development and employee satisfaction, firmly believing that outstanding personnel are the most valuable assets of an enterprise. Mr. Shigehiko Hattori, President of Shimadzu Corporation and Chairman of the Japan Analytical Instruments Manufacturers Association, stated, “I believe that talent is the most critical factor for corporate growth. To retain top talent, it is essential to focus on their satisfaction. Specifically, Shimadzu provides a favorable work environment and supportive conditions, enabling individuals and their teams to achieve continuous professional growth. Coupled with competitive compensation offered by Shimadzu, these measures ensure employees feel fulfilled and motivated, naturally encouraging them to remain with the company.”

Mr. Koji Furusawa, Chairman and General Manager of Shimadzu (China) Co., Ltd., added, “We believe that the progress of Shimadzu’s business is attributable to the collective efforts and contributions of our employees. Therefore, as Shimadzu achieves success and recognition in China, we also strive to provide our employees with a corresponding sense of accomplishment. Taking Shimadzu China as an example, Shimadzu (China) Co., Ltd., which I currently oversee, employs nearly 900 people, with most manager-level staff having served at Shimadzu for up to ten years.”

150 Years of Trials and Tribulations: Shimadzu Showcases to the World the Growth Journey of a Small Family-Owned Enterprise That Has Achieved Rapid Development by Grounding Itself in Science and Driving Progress Through R&D and Innovation.

Shimadzu Corporation is not only a technological pioneer of the past century but also a leader in future scientific and technological transformation. The secret to its success lies in its boundless curiosity about science, sustained passion for technology, and unwavering pursuit of craftsmanship. Today, Shimadzu continues to showcase its technical prowess and brand appeal to the world through its innovative spirit and artisanal excellence.

References:

From a Small Family Workshop to a Century-Old Technology Powerhouse: How Shimadzu Achieved It – Chengshu Investment

Shimadzu Japan: A Love Letter to the World from an Idealist! ——Siyu MedTech