FT160 | Advanced coatings XRF analyzer for electronics

Fast, accurate analysis of nanoscale coatings

The FT160 benchtop XRF analyzer is designed to measure the minute features found on today’s PCBs, semiconductors, and micro-connectors. The ability to accurately and rapidly measure minute features helps to increase productivity and avoid costly rework or component rejection.

The FT160’s polycapillary optics can measure nm-scale coatings on features smaller than 50 µm, and advanced detector technology gives you high accuracy while maintaining a short measurement time. Other features, such as a large sample table, wide opening door, high-definition sample camera and a substantial observation window, make it easy to load items of varying size and find the region of interest on a large substrate. Easy to use, this analyzer integrates seamlessly with your QA / QC process, alerting you to issues before they become a crisis.

Product Highlights

Designed for microspot and ultra-thin coatings analysis, the FT160’s optics and detector technology are optimized for the smallest of features.

  • Large observation window for viewing analysis from a safe distance
  • Measurement methods meet standards ISO 3497, ASTM B568 and DIN 50987
  • Test finishes for IPC-4552B, IPC-4553A, IPC-4554 and IPC-4556 conformity
  • Automated feature location for fast sample setup
  • Choice of analyzer configuration optimized for your application
  • Measure nm-scale coatings on features smaller than 50 µm
  • Double the analysis throughput of conventional instruments
  • Accommodates large samples in a wide range of shapes
  • Robust design tested for long-term production use

 

FT160

FT160L

FT160S

Element range

Al – U

Al – U

Al – U

Detector

Silicon drift detector (SDD)

Silicon drift detector (SDD)

Silicon drift detector (SDD)

X-ray tube anode

W or Mo

W or Mo

W or Mo

Aperture

Polycapillary optics

Polycapillary optics

Polycapillary optics

Aperture size

30 µm @ 90% intensity (Mo tube)

35 µm @ 90% intensity (W tube)

30 µm @ 90% intensity (Mo tube)

35 µm @ 90% intensity (W tube)

30 µm @ 90% intensity (Mo tube)

35 µm @ 90% intensity (W tube)

XY stage travel

400 x 300 mm

300 x 300 mm

300 x 260 mm

Largest sample size

400 x 300 x 100 mm

600 x 600 x 20 mm

300 x 245 x 80 mm

Sample focusing

Focus laser and automated focusing

Focus laser and automated focusing

Focus laser and automated focusing

Pattern recognition

Software

XRF Controller

XRF Controller

XRF Controller

Downloads

See the FT160 in action

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