Electroplating, metals, alloys & galvanics unparalleled LODs. maximum ease of use.

Ensuring product and process quality starts with the precise detection of impurities. Trace detection is where our advanced analytical devices excel. They deliver accurate results while keeping lab workflows simple and efficient.

Analyze with us

  • Major, minor, and trace elements
  • Total organic carbon (TOC)
     

Technologies

  • Elemental analysis (AAS, ICP-OES, ICP-MS)
  • TOC analysis (UV digestion)

Highlights

  • Unparalleled detection limits
  • Solutions that match your throughput needs
  • Designed for you: intuitive, automated, error-free

Join our upcoming web seminar - live or on-demand!

How can electroplating and galvanic laboratories maintain reliable bath chemistry, detect contaminants at trace levels, and ensure consistent coating quality? In our web seminar on October 6, our experts will present practical analytical solutions for bath monitoring, process control, and quality assurance using AAS, ICP-OES, and ICP-MS technologies.

Learn more here:

Web seminar: Elemental analysis for electroplating

Unmatched LODs and operational simplicity

For medium throughput needs – such as a moderate number of elements and samples - our atomic absorption spectrometer contrAA 800 is the ideal solution. It can perform fast sequential multi-element analysis thanks to a unique light source that covers the wavelengths of all relevant elements. This unique technology even enables the detection of boron, phosphorus and sulfur oxide. Automatic and intelligent dilution make operation easy and error-free.

For higher throughput requirements, choose our PlasmaQuant 9200. This ICP-OES offers interference-free access to the most sensitive emission lines. With our expert support in method development and on-site training, you’ll be running your own samples confidently within days.

For cost-effective TOC analysis in aggressive matrices like acids, choosing the right analyzer is key. Our UV analyzer delivers reliable results at much lower operating costs compared to combustion systems. It utilizes only a small number of consumables, which can be easily accessed via the front doors.

For alloys and pure metals, the solid sampler of our atomic absorption spectrometer contrAA 800 enables direct solid analysis without sample digestion, saving time and achieving the lowest limits of detection.

Selected application notes on electroplating, metals, alloys, and galvanics

Analysis of Metal Alloys using LA-ICP-MS

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Determination of Trace Elements and Main Components in Permanent Magnet Alloys by HR-Array ICP-OES

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Analysis of High-alloyed Steel by HR ICP-OES

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Elemental Analysis During the Electroplating Process with contrAA 800

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TOC Determination in Electroplating Bath Solutions by UV Digestion

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Downloads Flyers and brochures

Brochure PlasmaQuant 9200 series (EN)

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Brochure contrAA800 (EN)

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Brochure multi N/C x300 series (EN)

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Brochure PlasmaQuant MS series (EN)

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Brochure ZEEnit series (EN)

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Products

PlasmaQuant 9200 Series PlasmaQuant 9200 Series – The Benchmark in ICP-OES Technology

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contrAA 800 Series The high-end AAS for efficient and most sensitive multi-element analysis solving challenges in research and everyday labs.

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novAA 800 Series The powerful entry-level AAS for routine laboratories

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multi N/C 4300 Series TOC analysis in the ultra-trace range, even in aggressive matrices

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