Handhelds built for exploration, production and recycling
SciAps, already a global leader in handheld analyzers for fossil fuel-based energy industries, has further advanced handheld XRF and LIBS analyzers to address the needs of the green economy.
SciAps new family of handheld LIBS and XRF are purpose-built for exploration, production and recycling of lithium and REEs for the electric vehicle and strategic metals markets.
- In-field analysis of lithium in rocks and brines
- Higher voltage XRF (up to 55 kV) to provide highly sensitive analysis of the light REEs plus ytrium
- Popular “One Box” packages combining both XRF and LIBS devices for battery metals and strategic metals
Meet the world’s only handheld that analyzes lithium in soils, ores and brines.
Z-901 Lithium LIBS: The world’s only handheld analyzer capable of measuring lithium in rocks, ores, powders and brines for instant, in-field analysis.
Z-902 Lithium LIBS: A second spectrometer extends the analytical range (approximately 200 nm – 690 nm) for users additionally testing brines for boron, magnesium, sodium, and perhaps other metals.
Z-903 LIBS: Flagship geochemistry for those who require full elemental coverage, from H to U. Spectrometers spanning 190 – 950 nm measure low atomic number elements that X-ray can’t, including beryllium, boron, carbon, fluorine and sodium, plus the many transition and heavy metals that X-ray also measures.
Lithium field successes and testimonials keep rolling in for SciAps LIBS:
“We have tested the analyzer extensively over the last couple of days and we are extremely impressed and would recommend any serious explorer (especially in the lithium industry) to make use of it.”Nico Scholtz, Tantalex Resources Exploration project in Democratic Republic of Congo
RARE EARTH ELEMENTS
Discover the most powerful X-ray tube for handheld XRF analysis.
SciAps X-555 leads with a 55 kV X-ray tube, the world’s only handheld XRF with this capability. The 55 kV operation, rather than the industry typical 50 kV, delivers higher performance for critical “light” REEs and some “heavy” REEs, making it a superior option for REE analysis.
With the higher voltage, the X-555 effectively analyzes all of the light REEs including lanthanum, cerium, praseodymium, neodymium, and samarium; and heavy REEs europium and gadolinium. An additional X-ray beam setting in the unit provides optimal analysis for heavy REE yttrium, which is a widely used pathfinder for the family of strategic heavy REEs such as dysprosium, thulium and ytterbium. The standard beam also analyzes 30-plus low atomic number elements, transition and other heavy metals of interest to the mining community.
X-555 delivers industry-best limits of detection
Why a 55 kV X-ray tube? The X-ray energy needed to effectively excite emissions from the light REEs resides in the 40-48 keV range. Typical X-ray tubes in handheld units only operate up to 50 kV, and therefore only a tiny fraction of the X-ray energy is useful for excitation of the REEs.
By operating the X-ray tube up to 55 kV, about 10x more X-ray energy is available to produce emissions from the light REEs and the first two heavy REEs, gadolinium and europium. While it’s not possible to operate a handheld XRF at high enough voltages to usefully measure all heavy REEs, the X-555 provides highly sensitive yttrium analysis, which is a common pathfinder for the heavy REEs.
The X-555, with its exceptional shielding and 4 mm diameter beam collimation, may be used directly on rock surfaces and cores. It can also be equipped with an interlocked test stand for safe analysis of cupped or bagged samples.
Values for interference-free (SiO2) and highly challenging OREAS REE ores containing multiple interfering elements. LODs are for 3-sigma detection above background, 120-second test times.
|Element||LOD Interference-free |
|LOD for OREAS
“real world” samples.
|*“Real world” LODs for Eu and Gd are estimates, not derived from OREAS samples.|
“One Box” options for electric vehicle and strategic metals analysis
For users who need optimal analysis for every element and sample type, SciAps offers a family of “One Box” packages. Includes both an XRF and a LIBS analyzer, designed to share the same batteries, charger and other accessories for easy field compatibility of both technologies. The One Box provides an economic solution for strategic and EV metals critical to green economy industries.
EV + Strategic Metals One Box
The ultimate package: Lithium, REEs, and everything in between. Pair SciAps Z-901 Lithium (LIBS) for rocks, ores, powders and brines (or can be expanded to Z-902 if B, Na, Mg, Ca, K and other metals are required for brines) with SciAps X-555 (XRF) for complete REE and battery metals analysis. X-555 elements analyzed include La, Ce, Pr, Nd, Sm, Eu, Gd and Y; battery metals Mn, Co and Ni; a suite of light elements including P, Mg, Si, Al, S, K, Ca; and a standard package of transition and heavy metals common to the mineral exploration industry. Don’t need REE performance? Then substitute the X-505 or X-550 instead.
Battery Metals One Box
Focused in on battery metals? Includes SciAps Z-901 Lithium for rocks, ores, and brines; or Z-902 Lithium if B, Na, and other metals are required for brines. Pairs with SciAps with X-555 for widest range of transition and heavy metals down to Mg, plus REE and battery metals Mn, Ni and Co; or simply choose SciAps X-505 for measuring battery metals Mn, Co and Ni, plus a general mining suite of 30+ additional elements.