The Instruments Behind the Answers.

A broad, sophisticated instrument base — from parts-per-trillion trace metals to molecular structure to surface and elemental imaging. Here's what each platform does, in plain language.

ICP-MS
Inductively Coupled Plasma Mass Spectrometry

Detects and quantifies trace and ultra-trace metals down to parts-per-trillion levels.

Common uses: Heavy metals in water, blood, tissue, biologics & environmental samples.
ICP-OES
Optical Emission Spectrometry

Measures elemental concentrations across a wide dynamic range.

Common uses: Metals in process water, industrial fluids, alloy composition & wastewater.
GC-MS
Gas Chromatography Mass Spectrometry

Identifies and quantifies volatile and semi-volatile organic compounds.

Common uses: Solvent residuals, VOCs, contaminant ID, pesticides, flavor & fragrance.
NMR
Nuclear Magnetic Resonance

Determines molecular structure and confirms compound identity.

Common uses: Purity verification, structure elucidation, pharma QC, polymer analysis.
FTIR
Fourier-Transform Infrared Spectroscopy

Identifies organic & inorganic compounds through molecular fingerprinting.

Common uses: Unknown material ID, polymer/plastic analysis, raw material QC, tissue analysis.
SEM/EDS
Scanning Electron Microscopy + EDS

High-magnification imaging plus elemental composition of surfaces & particles.

Common uses: Failure analysis, particle characterization, surface contamination, defects.
Additional capabilities include wet chemistry, titrations, pH/conductivity, Karl Fischer moisture, dissolved gases, microbiological plate counts, capillary electrophoresis, HACH, TOC, BOD, liquid scintillation, full microbiological capabilities, and select ASTM physical methods. Ask about a specific test →
Why It Matters

Depth That Answers Harder Questions

The breadth of our instrumentation means more of your testing can happen under one roof — with the cross-checks that give you confidence in the result.

Trace Sensitivity

Parts-per-trillion detection for metals in demanding matrices.

Molecular ID

NMR and FTIR confirm structure and fingerprint unknowns.

Surface & Particle

SEM/EDS images and analyzes surfaces, particles and defects.

One Lab, Many Methods

Fewer vendors, faster correlation across techniques.

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