SDI

This in-depth analysis of the Atomic Spectroscopy market includes eight individual technologies that are primarily associated with the determination of the elemental composition of a sample.

This report covers:

• Atomic Absorption
• Arc/Spark OES
• ICP
• ICP mass spectrometry (ICP-MS)
• X-ray Diffraction (XRD)
• X-ray fluorescence (XRF)
• Elemental Analyzers
• TOC and Other Sum Parameters

This section…

The overall laboratory equipment market includes 11 different product categories. These products are often used to enable or in concert with other instrumental techniques, or in the protection of personnel or products. This market assessment includes the following market briefs:

• Lab Balances
• Electrochemistry
• Transfection
• Water Purification
• Bioreactors & Fermenters
• Gas Generators
• Lab Incubators
• Biological…

The Surface Science market includes instruments involved in imaging samples at the micro or nano level, and potentially analyzing their chemical and physical properties. These products range from standard optical microscopes to highly sophisticated systems based on ion optics in ultra high vacuum environments. This report includes market size and growth data on the following…

For customers seeking to know not just the market for laboratory instruments, but how many instruments there are, SDi has made available a supplemental spreadsheet deliverable for the 84 analytical technologies covered in the Global Assessment Report 2024.

The SDi Installed Base DataFile covers 273 instrument types in total, providing 2023 estimates of average price, unit shipments, unit retirements, net…

Information for Success

The SDi Global Assessment Report provides detailed data on every major life science and analytical instrument technology in the industry, enabling you and your staff to make accurate evaluations and informed decisions. Numerous vendors, distributors and investors will reference this report over the coming years as the most comprehensive and accurate source…

The European market for analytical & life science instrumentation is evolving as regional and global factors influence its economies, policies, and funding. The years-long COVID-19 pandemic and its lingering effects upon the global supply chain have prompted numerous countries and the European Union to adopt policies that will safeguard supplies of essential therapeutics by on-shoring…

The term Spatial Biology is used to describe a series of techniques with which scientists collect cellular information in the context of their 3D environment. Traditionally, studies have focused on isolated cells or tissues and looking at their molecular composition. However, these approaches often lacked the spatial context of the cells or tissues of interest.…

Laboratory automation and informatics represent an important subset of the market for analytical instrumentation. Lab automation consists of a selection of technologies that reduce the manual labor that is required in repetitive laboratory procedures, or enable higher throughput R&D. High throughput analysis and increased productivity have been made possible by automated techniques, which can perform…

The mass spectrometry market has been one of the fastest growing and most innovative areas of analytical instrumentation over the past five years.  Used to analyze the composition of materials, a wide variety of instrument types and techniques are used to detect and quantify everything from large macro-molecules to elemental composition with very high sensitivity.…

Bioprocessing involves utilizing biological systems, such as cells, cell components, viruses, or entire organisms to produce commercial products. This process consists of two main stages: upstream bioprocessing and downstream bioprocessing. In the upstream segment, the target cell line is isolated, cultured, and scaled up to the desired volume for the final product. The cells are…

Process analytical instruments (PAI) are used for monitoring, modeling, analyzing, and controlling manufacturing processes by promptly measuring critical parameters using analytical techniques familiar from the laboratory. In contrast to their laboratory counterparts, these instruments are designed to automatically receive samples and provide real-time results. Their primary goal is to ensure process safety, optimize operations, and…

Analytical instrumentation plays a critical role in food testing, enabling companies in the food industry to comply with modern-day food safety guidelines, standards, and laws while also ensuring consistency in food product quality. Therefore, it is imperative for food companies to have a well-established testing structure in place and adhere to increasingly stringent regulatory requirements…