Celebrating 50 Years of MS Innovation - Looking Back on 50 Years
Beginning in 1970 with the release of our first GCMS, the LKB-9000, Shimadzu has been providing cutting-edge MS technology to customers for 50 years. Here we introduce a brief history of Shimadzu MS instruments.
ASMS 2020 Historical Poster - A History of Shimadzu and Mass Spectrometry Innovation
ASMS 2020 Historical Poster - History of Magnetic Sector Mass Spectrometry at MV - AEI - GEC - Kratos - Shimadzu
50 Years of Shimadzu Mass Spectrometers
In cooperation with the Swedish firm LKB, Shimadzu introduced the world’s first mass-produced GC-MS (magnetic sector MS) to Japan. This formed a blueprint for future Shimadzu GC/MS devices.
Inspired by the LKB-9000, Shimadzu developed multiple new GC/MS instruments such as the GCMS-6020 and GCMSPAC-90.
Shimadzu released Japan’s first general-purpose quadrupole GC-MS. The combination of high functionality and ease-of-use helped to popularise GC/MS technology in Japan.
Shimadzu released the world’s first MALDI-TOF MS device, and subsequently produced various example analyses of high molecular weight compounds. This dramatically expanded the possible uses of mass spectrometry.
Shimadzu released their first thermospray-type LC/MS device, the LCMS-QP1000. During the 1990s, thermospray LC/MS interfaces became mainstream.
Kompact MALDI III/II
The Kompact MALDI III/II enabled the analysis of a wide range of compounds including peptides, proteins, polysaccharides, complex lipids, nucleic acids, pharmaceuticals and metabolites.
Transforming existing LC/MS technologies such as ion lenses and spray parts with Shimadzu’s independent innovations, the LCMS-2010 increased the sensitivity of LC/MS analysis ten-fold.
The AXIMA-QIT was the world’s first MALDI-TOF MS to combine ion trap and TOF methods. This allowed detailed structural analysis of complex molecules.
Shimadzu released a world-first hybrid LC/MS model fusing IT and TOF, enabling structural analysis etc. with MSn capabilities.
The LCMS-8030 was the first domestically-produced triple quadrupole LC-MS/MS, at the same time achieving world-fastest detection speeds. This met customer needs for processing a high number of samples for applications in life-science research, residual pesticide analysis in foodstuffs, pharmaceutical metabolite detection, environmental pollution monitoring, etc.
Incorporating the same technology that enabled the high-speed LC/MS/MS analysis of the LCMS-8030, the GCMS-TQ8030 achieved world-leading sensitivity and speed. This was the first triple quadrupole GC-MS/MS to be produced in Japan.
The iMScope mass imaging microscope boasts the power of both mass spectrometry and optical microscopy in one hybrid instrument. It can merge precise, high-quality MS images and optical images.
The successful release of the LCMS-8050 in 2013 was followed quickly by the LCMS-8060, a high-end triple quadrupole MS, which improved upon the ion path of the 8050 and achieved three times the sensitivity.
As the first domestically-produced triple quadruple time-of-flight LC/MS, the LCMS-9030 allowed Shimadzu to make their mark on the high-resolution market. Precise, sensitive and reliable mass measurements can be carried out with remarkably simple operations, increasing the accessibility of such high-sensitivity analysis.
The MALDImini™-1 is a high-sensitivity MALDI MS capable of MSn measurements. It is nonetheless astonishingly compact thanks to the use of pioneering Digital Ion Trap (DIT) technology. It fits on a bench space equivalent to an A3 piece of paper.