Shimadzu Analytical and Measuring Instruments
Brochures and specifications | 2020 | ShimadzuInstrumentation
The modern laboratory environment demands a comprehensive suite of analytical instruments that deliver high sensitivity, reliability, and efficiency across diverse applications. Shimadzu’s integrated portfolio of chromatographs, mass spectrometers, spectrophotometers, life-science systems, X-ray and surface analyzers, environmental analyzers, materials testing and more addresses these requirements, enabling scientists and engineers to characterize materials, control quality, and advance research.
This brochure showcases Shimadzu’s global product offering in analytical and measuring technologies. It spans ten major categories—from liquid and gas chromatography to physical properties testing—and highlights flagship platforms that combine performance with ease of use. The goal is to present an end-to-end solution set supporting discovery, development, manufacturing, and quality control in industries including pharmaceuticals, food safety, environmental monitoring, materials research, and life sciences.
Shimadzu instruments employ proven analytical methodologies—chromatographic separation, mass spectrometric detection, spectroscopic measurement, X-ray and surface analysis, thermal analysis, and mechanical testing—with advanced automation and IoT connectivity.
Across all categories, Shimadzu integrates high-performance core technologies—such as sub-ppm detection, sub-picogram resolution, and microsecond scanning—with user-centric innovations: intuitive touch interfaces, automated calibration, remote monitoring, and seamless reporting. IoT connectivity and instrument self-diagnostics help maximize uptime and streamline workflows. Choices of standalone and networked configurations, compact footprints, and flexible sample handling cater to laboratories of every scale.
Shimadzu systems enable accelerated method development, reliable routine testing, and in-depth structure elucidation. Pharmaceutical R&D benefits from trace-level impurity and metabolite analysis. Food safety labs leverage robust pesticide and additive screening. Environmental agencies monitor water, air, and soil contaminants. Materials researchers explore thermal, mechanical, and surface properties. Life sciences applications—from proteomics to molecular imaging—are supported by high-resolution MS and optics.
Emerging trends include increased use of artificial intelligence for data analysis, further integration of laboratory automation and robotics, expansion of real-time process analytics, and adoption of cloud-based laboratory management systems. Shimadzu’s ongoing advancement of miniaturized, high-throughput instruments and eco-friendly designs will support sustainable laboratory practices and on-site field analysis.
Shimadzu’s comprehensive suite of analytical and measuring instruments addresses the full spectrum of modern laboratory challenges. By combining high sensitivity, automation, and digital connectivity, Shimadzu empowers users to innovate, ensure quality, and achieve regulatory compliance efficiently.
No external references were provided in the source material.
Mechanical testing, PrepLC, Ion chromatography, HeadSpace, Software, LC/MS/MS, LC/TOF, LC/MS, LC/HRMS, LC/QQQ, LC/SQ, 2D-LC, GC, GC/MS/MS, GC/QQQ, GC/SQ, Thermal desorption, Pyrolysis, SPME, GCxGC, MALDI, LC/IT, HPLC, GC/MSD
IndustriesManufacturerShimadzu
Summary
Significance of the Topic
The modern laboratory environment demands a comprehensive suite of analytical instruments that deliver high sensitivity, reliability, and efficiency across diverse applications. Shimadzu’s integrated portfolio of chromatographs, mass spectrometers, spectrophotometers, life-science systems, X-ray and surface analyzers, environmental analyzers, materials testing and more addresses these requirements, enabling scientists and engineers to characterize materials, control quality, and advance research.
Objectives and Overview of the Catalogue
This brochure showcases Shimadzu’s global product offering in analytical and measuring technologies. It spans ten major categories—from liquid and gas chromatography to physical properties testing—and highlights flagship platforms that combine performance with ease of use. The goal is to present an end-to-end solution set supporting discovery, development, manufacturing, and quality control in industries including pharmaceuticals, food safety, environmental monitoring, materials research, and life sciences.
Methodologies and Used Instrumentation
Shimadzu instruments employ proven analytical methodologies—chromatographic separation, mass spectrometric detection, spectroscopic measurement, X-ray and surface analysis, thermal analysis, and mechanical testing—with advanced automation and IoT connectivity.
Used Instrumentation
- Chromatography Systems: Nexera series, Prominence series, GC-2030, GC-2014, AOC-6000 autosampler
- Mass Spectrometry Systems: LCMS-8060, Q-TOF LCMS-9030, GCMS-TQ8050 NX, MALDI-8020, DPiMS-2020
- Spectroscopy Systems: UV-1900, UV-3600 Plus, IRSpirit FTIR, RF-6000 fluorophotometer, AA-7000 atomic absorption
- Life Science Systems: iMScope TRIO imaging mass microscope, LABNIRS near-infrared brain imager, MultiNA microchip electrophoresis
- X-ray and Surface Analysis: EDX-7000 X-ray fluorescence, EPMA-8050G electron microprobe, KRATOS ULTRA2 XPS
- Environmental Measurement Systems: TOC-L total organic carbon analyzers, NOA-7100 NOx/O₂ analyzers, CGT-7100 NDIR gas analyzer
- Material Testing & Non-Destructive: AGX-V universal tester, EHF-LM servopulser fatigue tester, HITS-X impact tester
- Physical Properties: DSC-60 Plus calorimeter, TGA-50 thermogravimeter, SALD-2300 laser diffraction
- Balances: AP analytical balance, UW precision balance, MOC63u moisture analyzer
Key Features and Discussion
Across all categories, Shimadzu integrates high-performance core technologies—such as sub-ppm detection, sub-picogram resolution, and microsecond scanning—with user-centric innovations: intuitive touch interfaces, automated calibration, remote monitoring, and seamless reporting. IoT connectivity and instrument self-diagnostics help maximize uptime and streamline workflows. Choices of standalone and networked configurations, compact footprints, and flexible sample handling cater to laboratories of every scale.
Benefits and Practical Applications
Shimadzu systems enable accelerated method development, reliable routine testing, and in-depth structure elucidation. Pharmaceutical R&D benefits from trace-level impurity and metabolite analysis. Food safety labs leverage robust pesticide and additive screening. Environmental agencies monitor water, air, and soil contaminants. Materials researchers explore thermal, mechanical, and surface properties. Life sciences applications—from proteomics to molecular imaging—are supported by high-resolution MS and optics.
Future Trends and Opportunities
Emerging trends include increased use of artificial intelligence for data analysis, further integration of laboratory automation and robotics, expansion of real-time process analytics, and adoption of cloud-based laboratory management systems. Shimadzu’s ongoing advancement of miniaturized, high-throughput instruments and eco-friendly designs will support sustainable laboratory practices and on-site field analysis.
Conclusion
Shimadzu’s comprehensive suite of analytical and measuring instruments addresses the full spectrum of modern laboratory challenges. By combining high sensitivity, automation, and digital connectivity, Shimadzu empowers users to innovate, ensure quality, and achieve regulatory compliance efficiently.
References
No external references were provided in the source material.
Content was automatically generated from an orignal PDF document using AI and may contain inaccuracies.
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