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Trace-level EDXRF

NEX CG II Series EDXRF analyzer

Indirect excitation, secondary targets and 3D Cartesian geometry deliver excellent signal-to-noise performance for demanding multi-element analysis.

ELEMENT RANGENa–U
PLATFORM50–100 W
TECHNOLOGY3D Cartesian

PLATFORM OVERVIEW

Trace-level sensitivity for complex matrices.

The NEX CG II is designed for laboratories that need flexible qualitative and quantitative elemental analysis across varied sample types. Its polarized indirect-excitation architecture suppresses background and supports reliable work from routine concentrations down to trace levels.

Key capabilities

  • Secondary-target and polarization optics for strong analytical sensitivity
  • RPF-SQX Fundamental Parameters for semi-quantitative analysis with limited standards
  • Air, helium and vacuum measurement environments for different sample requirements
  • Suitable for solids, powders, liquids and irregular materials

APPLICATION FIT

Where the NEX CG II Series adds the most value.

01

Environmental and geological screening

Configured around your sample matrix, target elements, concentration range and reporting requirements.

02

Pharmaceutical and research laboratories

Configured around your sample matrix, target elements, concentration range and reporting requirements.

03

Mining, raw materials and unknown-sample investigation

Configured around your sample matrix, target elements, concentration range and reporting requirements.

04

Advanced industrial method development

Configured around your sample matrix, target elements, concentration range and reporting requirements.

COMPLETE WORKFLOW

The instrument is only one part of the result.

Smart Tech Solutions configures the excitation targets, sample environment, preparation equipment and calibration strategy around the required elements, matrices, concentration ranges and daily workload.

RELATED EDXRF PRODUCTS

Compare alternative analytical platforms.

START A PROJECT

Configure the NEX CG II Series for your application.

Share your target elements, matrices, expected concentrations, sample count and preparation method with our team.

Contact our team