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Home / Resources / Reverse Engineering and Quality Control via FTIR: The Staples of the Modern Analytical Laboratory

PDF: White Paper

Reverse Engineering and Quality Control via FTIR: The Staples of the Modern Analytical Laboratory

Vibrational spectroscopy techniques such as FTIR are versatile instruments that can provide a range of different approaches for reverse engineering analysis in product development.

Within the highly competitive conditions of modern manufacturing, reverse engineering of products can be a valuable part of the product development toolkit.

A critical aspect of reverse engineering is the identification of chemicals and materials within products. Vibrational spectroscopy and microscopy offer the levels of speed and versatility needed for characterizing the chemical makeup of a variety of materials. The attached white paper explores how the Bruker LUMOS II FTIR platform is ideally suited for a broad range of sample classes that may be encountered during reverse engineering for product development or failure analysis.

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FEATURED INSTRUMENT

Bruker LUMOS II FTIR Microscope

The Bruker LUMOS II microscope combines optimized imaging and spectral performance with highest user convenience.

PDF: White Paper

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Solutions to complete your workflow

Meet your analytical challenges, with our best-in-class instrumentation.

Application & technical services to maximize your success

Let our team address your analytical challenges by putting our technical services to work for you.

Don’t let support & uptime be an afterthought

Let our service team protect your investment, and ensure you continue to realize value for many years to come.

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PDF: White Paper

Reverse Engineering and Quality Control via FTIR: The Staples of the Modern Analytical Laboratory

Download PDF

FEATURED INSTRUMENT

Bruker LUMOS II FTIR Microscope

PDF: White Paper

New

Breaking Down the Microplastics Problem with Pyrolysis-GC/MS

PDF: Brochure

Most Common Frontier Pyrolysis Consumables

PDF: Application Note

Crystallite Size Analysis Using XRD

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Reverse Engineering and Quality Control via FTIR: The Staples of the Modern Analytical Laboratory