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High-throughput EDXRF

NEX DE Series EDXRF analyzer

A high-powered 60 kV tube and high-performance silicon drift detector support fast measurements and demanding quality-control workflows.

ELEMENT RANGENa–U
PLATFORM60 kV
TECHNOLOGYDirect excitation

PLATFORM OVERVIEW

Speed, precision and small-spot capability.

The NEX DE platform combines direct excitation with a high-count-rate detector to shorten measurement times while preserving repeatability. It is particularly effective where many samples must be analyzed, where small features matter, or where production decisions depend on fast elemental results.

Key capabilities

  • High-count-rate SDD for fast, precise measurements
  • 60 kV excitation for demanding elemental applications
  • Optional automatic sample changers for unattended batches
  • NEX DE VS supports 1, 3 and 10 mm small-spot analysis

APPLICATION FIT

Where the NEX DE Series adds the most value.

01

Industrial process and incoming-material control

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

02

Coatings, electronics and small-feature measurements

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

03

Petroleum, petrochemical and energy laboratories

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

04

High-volume quality-control laboratories

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

COMPLETE WORKFLOW

The instrument is only one part of the result.

We define the optimum measurement conditions, sample presentation, automation level and QuantEZ method strategy so the NEX DE fits the required throughput and reporting workflow.

RELATED EDXRF PRODUCTS

Compare alternative analytical platforms.

START A PROJECT

Configure the NEX DE Series for your application.

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

Contact our team