Highest Performance
 LIBS Analyzers 


Features Unique Dual-Burn Technology
Air-burn for fast material sorting and screening
Argon-purge for precision and superior limits of detection 

























Elemental Analysis
Alloys – Mining – Environmental – Forensics – General Analytical Analysis



Why the CSi?

 

Many operators own one or more XRFs for PMI/NDT. It’s their preferred tool for high temp alloys, and for elements contributing to carbon equivalents (CE), residuals, and stainless steel grades: V, Mn, Cr, Ni, Cu, Nb, Mo. However, XRF does not measure carbon and therefore no carbon equivalents, no separation of L- and H-grade stainless, nor can you use the more forgiving low RE formula (Ni + Cu) < 0.15%. The CSi is the perfect tool for operators who own XRF and need the occasional carbon measurement. It delivers fast, reliable carbon results to complement XRF tests, at a lower cost than the full LIBS system for carbon plus alloys. And SciAps cloud-driven data merging and report generation bring it all together in one report.

The CSi shows multiple carbon and silicon measurements, and the average. Meets multi-test averaging protocols required by some refineries and pipeline operators.

SciAps breakthrough LIBS technology is now widely accepted for carbon testing.

It’s included in API 578 2nd Edition, it’s accepted at most every major refinery, and in use worldwide by fabricators, pipeline owner/operators, power plants and other users of carbon steels and L- and H-grade stainless.


SciAps Z-901 LIBS scrap processing in tight spaces


Ultra compact: At 3.5 lbs. (1.6 kg),

The CSi rivals the size and weight of most handheld XRF units. It’s the world’s smallest, lightest weight, sleekest analyzer for carbon analysis in alloys.



SciAps Z-901 LIBS scrap processing in tight spaces




Cloud-based integration of XRF and CSi data

Two analyzers means twice the reporting hassle, right? No. SciAps offers a cloud-based data merge and reporting tool so you can quickly merge CSi and XRF data to produce reports combining carbon and silicon from the LIBS with metals analysis from the XRF. Are you using a different XRF brand? No problem – ask your supplier for the data structure of their data export and we’ll incorporate it into our SciAps Cloud package. The data structure generally follows an industry standard and doesn’t involve proprietary software.

 


Highest Performance
 LIBS Analyzers 


Features Unique Dual-Burn Technology
Air-burn for fast material sorting and screening
Argon-purge for precision and superior limits of detection 

























Elemental Analysis
Alloys – Mining – Environmental – Forensics – General Analytical Analysis

Z-900 Series LIBS Analyzers

ModelSpectrometersRangeElements Analyzed
Z-9011 spectrometer200 – 420 nmFactory calibrated with suites of 15-20 elements, app dependent. For some elements, model 902 or 903 is required.
Z-901 CSi1 spectrometer190 – 240 nmAnalyzes carbon and silicon only. The perfect complement to your XRF.
Z-9022 spectrometer190 – 625 nmAdds emissions for Li, Na
Z-9033 spectrometer190 – 950 nmAdds emissions for H, F, N, O, Br, Cl, Rb, Cs and S

Factory calibrations do not include every element, but are provided for a set 15-20 elements depending on the application. Elements exclude unstable and radioactive elements. Detection limits vary greatly by element and sample type.





One Box

Pair any Z Series with our industry-leading XRF unit and get optimal analysis across every element in the periodic table and every sample type!

XRF: Great for transition and heavy metals. Easy to use especially on bulk, soil, and ore type materials.

LIBS: Analyze elements XRF can’t test: Li, Be, B, C, F, Na and more. Improved performance on Mg, Ca, and K compared to XRF. Microanalysis capability with 100 um laser spot size.


SciAps Z-901 LIBS scrap processing in tight spaces
This page was updated on March 3rd, 2021