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Z-901 Analyzer
The Z-901 features an all-new ergonomic design, a 0.5 lb. weight reduction down to about 3.5 lbs. (1.6 kg), improved heat dissipation, and completely updated software and processing electronics.
Z-901 Series LIBS Analyzers
Model
Range (nm)
Best Application
Z-901
200 - 420
General alloy testing for scrap sorting, PMI/NDT or quality assurance. Does not measure carbon.
Z-901 CSi
190 - 260
Analyzes carbon and silicon only. The perfect complement to your XRF.
Z-901 Li
380 - 680
Purpose built for lithium in soils, ores and rocks.
Z-901 Be
200 - 420
Purpose built for beryllium measurements, generally paired with XRF to cover all 13 EPA Priority Pollutant elements. Handheld XRF cannot measure Be.
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.
Alloy Analysis
Alloy: Argon-purge for high precision and improved detection limits. Many customers use argon-purge to analyze and sell mill-ready aluminum scrap. Quantify low ppm levels of beryllium and boron.
QuickSort: Air-burn for rapid material sorting or grade identification.
The Z-901 for alloy analysis measures 15-20 elements in 7 common alloy bases, including aluminum, stainless, iron, copper, titanium, nickel and cobalt bases. Other bases may be added for a small fee, or users may add their own calibrations.
Need to measure lithium in alloys? Use Z-902, with extended range to 620 nm to measure Li emission.
Need to measure carbon in steels and stainless—including verifying L- and H-grade stainless? Use SciAps Z-902 Carbon, in use globally for measuring carbon and other elements in steels, stainless and nickel alloys.
Already own handheld XRF—and only need to add carbon measurements? Use Z-901 CSi, the ultra-compact analyzer that measures C and Si in steels, stainless.
Meet the Z-901
The Z-901 features an all-new ergonomic design, a 0.5 lb. weight reduction down to about 3.5 lbs. (1.6 kg), improved heat dissipation, and completely updated software and processing electronics.
A single spectrometer to covers the wavelength range of 200 – 440 nm. The instrument is factory calibrated for a suite of 15-20 elements, depending on application. Or operators may use the accompanying Profile Builder software package to customize to specific elements, their own calibration standards, and spectral processing. The Z-901 can be set up to measure the emissions of any element except Li, Na, H, C, N, O, Cl, Br, F, Ce, Rb, S. Common factory-calibrated Z-901 applications include alloy, mining and environmental analysis, typically for beryllium in soil.
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.
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.
The world’s only handheld that analyzes lithium in rocks, ores, and powders.
In use globally for lithium exploration projects, with no travel restrictions or licensing headaches.
Exacting elemental analysis
Factory calibrated for lithium in pegmatite, clays, and mica-schists, including relevant base elements in the 380 - 680 nm range.
Microanalysis capability with 100 um laser spot size. On-board Y stage for rastering laser to discrete locations for targeted analysis or averaging.
SciAps also offers the Z-903, containing a third spectrometer to extend the analytical range down to 190 nm for users testing brines for other elements, including boron, magnesium, calcium, and potassium.
Engineered for field and lab
SciAps LIBS series handheld analyzers, at just 3.87 lbs. (1.75 kg) with battery, have an internal camera for precise targeting of analysis locations; a macro camera for photo-documentation of samples, reading bar codes and QR codes; a patented “sample sensor” that allows Class 1 operation (subject to LSO approval); high-resolution, rear-facing display for easy viewing; rugged metal body for maximum durability; a narrow snout for difficult-to-access test locations; and user-replaceable argon that provides hundreds of tests at pennies per test. Pair with Profile Builder software for PC or tablet and achieve full bench top functionality.
Intuitive operations
Android operating system and app-based software assure quality testing by every operator. Built-in Wi-Fi and Bluetooth, with GPS capability, allow users to print, email, and connect to virtually any information management system for real-time, full-featured reporting. Automatically merge XRF and LIBS tests with SciAps Cloud Services. Easily manage operations from anywhere.
Weight
3.87 lbs. (1.75 kg) with battery
Processing Electronics
ARM Quad Cortex -A53 1.2GHz memory: 2 GB LPDDR3, 16 GB eMMC
Calibration Check
316 stainless steel standard for automated calibration and wavelength scale validation.
Dimensions
10.75 x 2.375 x. 8.625 inches
Data Storage
Results storage: 32 GB SD card
Spectral Range
380 nm – 680 nm
Display
3.5-inch high-brightness color touchscreen, readable in all conditions. Rear-facing display for easy results viewing
Drift Correction
On-board automated drift correction software with factory-provided or user-provided reference materials.
Sample Viewing
Integrated camera and laser target indicator for viewing sample before and during analysis provide proper sample alignment. Includes second “macro camera” for scanning QR or bar codes and for photo-documentation and report generation.
Power
On-board rechargeable Li-ion battery, rechargeable inside device or with external charger, AC power.
Regulatory
CE, RoHS, USFDA registered. Class 3b laser. Sample sensor on board, allows for operation under Class 1 conditions subject to local LSO approval.
Laser Raster
On-board Y stage for rastering laser to discrete locations for targeted analysis or averaging.
Connectivity
Built on Google’s Android platform for real-time data exporting, including built-in Wi-Fi (IEEE 802.11b/g/n), Bluetooth (BR/EDR+BLE), GPS and USB-C to connect to virtually any information management system.
Security
Password protected. Multi-user support with configurable access settings.
Atmosphere
SciAps proprietary Opti-Purge inert argon environment that improves spectral signal-to-noise ratio and performance in UV range.
Mining, Exploration, and Environmental Applications
LIBS complements handheld XRF because it is especially good at measuring low atomic number elements—including those too light for handheld XRF.
Lithium in rocks, ores, and powders.
Light elements in soils and ores, full suite including Li, Be, B, C, F and Na.
Total organic carbon in agricultural applications.
Beryllium in soil or other materials as an environmental contaminant.
More Applications
Forensics, Quality Control, Research, Education
The Z-900 Series features our desktop/tablet Profile Builder software package to add elements, create calibrations and apply advanced spectral processing.
Develop test methods for unique analytical or quality control needs.
Academic tool for researchers and students alike. LIBS does not require X-ray radiation or its accompanying regulations.
For forensics, small spot analysis (100 um) and Profile Builder software yield a powerful, highly versatile field analytical technique.
Get Both With ONEBOX
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. Same batteries, cables, chargers and other accessories.
LIBS: Analyze elements XRF can’t test: Li, Be, B, C, F, Na and more. Improved performance on Mg, Ca, K compared to XRF. Microanalysis with 100 um laser spot size.
XRF: Great for transition and heavy metals. Easy to use, especially on bulk, soil, and ore type materials.
