Real-World AnalysisReal-World Stories
Explore insights, applications, and stories from the field using handheld XRF, LIBS, VisNIR, and portable benchtop analyzers across scrap recycling, mining, geochemistry, forensics, and more.
Independent Study: Quantitative Handheld LIBS Helps Reveal the Story Behind Ancient Artifacts
Researchers studying artifacts from the Archaeological Park of Tindari in Sicily used a SciAps Z-903 handheld LIBS analyzer to move beyond simply identifying elements. They developed a chemometrics-assisted calibration capable of quantitatively determining major, minor, and trace elements in silica-based materials.
From Star Trek's Tricorder to the NICU: Broadband Spectroscopy Brings Science Fiction One Step Closer to Reality
Could broadband spectroscopy help transform the early detection of life-threatening diseases? Researchers recently used the ASD LabSpec 4 broadband spectrometer to identify the optical signatures of necrotizing enterocolitis (NEC), a devastating intestinal disease affecting premature infants. By combining high-resolution spectral data with machine learning, the team demonstrated a promising non-invasive approach that could one day lead to faster bedside screening.
Handheld XRF Analysis Reveals Ancient Ironmaking Technology in China's Benxi Region
Researchers publishing in Processes investigated the ironmaking technologies used in the Benxi region of China during the Ming Dynasty, revealing a sophisticated metallurgical process chain that flourished more than 600 years ago. To preserve valuable cultural artifacts, scientists employed the SciAps X-200 handheld XRF analyzer to perform non-destructive elemental analysis on unearthed iron agricultural tools and other historical materials.
Why Analyzer Data Shouldn't Live on a USB Stick
Analyzer data is too valuable to be trapped on USB drives and spreadsheets. Learn how connected workflows with SciAps Cloud+ automate data backup, improve visibility, simplify reporting, and turn analytical results into actionable business intelligence.
The Hidden Cost of Waiting
How much is waiting for lab results really costing your operation? Delayed laboratory analysis can lead to downtime, slower production, missed opportunities, and reduced profitability. In this article, we explore the hidden costs of waiting for analytical results and how portable technologies like SciAps XRF, LIBS, and reveNIR analyzers, combined with Cloud+ real-time data management, help organizations make faster decisions, streamline workflows, reduce laboratory dependence, and gain greater visibility into their operations.
Analyzing the USGS 2025 Draft List of Critical Minerals with SciAps PowerHouse X and Z-903
The USGS 2025 Draft Critical Minerals List underscores the growing importance of accurate, field-ready analysis. With SciAps PowerHouse X, Z-903 LIBS, and reveNIR, geologists and industry leaders can rapidly identify critical elements and minerals—helping secure resilient supply chains for the future.
Uncovering the Truth Beneath a Castle: How SciAps XRF Is Rewriting Irish History
What started as a crumbling castle on an Irish island turned into a groundbreaking archaeological discovery—thanks to the SciAps X-550. Dr. Tom Finan of Saint Louis University used the handheld analyzer to uncover hidden histories in mortar, metal, and pottery. From authenticating medieval structures to identifying ancient trades, the XRF helped reveal the truth behind centuries-old legends—and gave students hands-on experience that changed their careers.
SciAps Expands Portfolio with Legendary ASD Spectroradiometers
SciAps, a leader in portable analytical instruments, has taken over the renowned FieldSpec, TerraSpec, and LabSpec product lines from ASD. This acquisition expands SciAps' commitment to delivering cutting-edge spectral solutions across mining, remote sensing, and laboratory applications. Now integrated under the SciAps brand, these instruments—alongside the new reveNIR analyzer—offer enhanced mineral identification, geologic exploration, and field-portable analysis capabilities.
Simplify Analyzer Control with Fleet Management
Managing your analyzers just got easier with Fleet Management, a cloud-based solution that puts control at your fingertips. Monitor device performance, troubleshoot issues, and push updates in real-time—all from anywhere. Stay ahead of operations with seamless remote access to your entire fleet.
Testing Spices for Lead with SciAps XRF
In August 2023, SciAps X-550 Pb was used in a unique lead study. Lead Exposure Elimination Project (LEEP), a non-profit, public charity that supports governments in implementing regulations and helps manufacturers shift to lead-free products, tested turmeric, chili, and pepper from Ethiopia for added lead.
Looking for lithium in all the wrong places?
Get rapid, in-field analysis with SciAps Z-9 Liquidator +Z-903 LIBS system SciAps is proud to announce the first portable LIBS-powered lithium brines analyzer, the Z-9 Liquidator. When combined with the Z-903 LIBS handheld analyzer, the Z-9 Liquidator test station provides fast and easy analysis of brines in the field, plant, or lab.
Technical Note: Handheld LIBS Provides a Fast and Easy Method to Trace Gold
A new study published as a Technical Note in the Journal of Analytical Atomic Spectrometry (JAAS) demonstrates LIBS as a fast and easy method to trace gold provenance, a previously difficult but necessary task to ensure a responsible supply chain from deposit to consumer.
LIBS as an Emerging Analytical Tool for Mineral Exploration
A just-released publication in Minerals, in special issue Novel Methods and Applications for Mineral Exploration, the authors demonstrate how LIBS is ideally suited for field exploration programs that would benefit from rapid chemical analysis under ambient environmental conditions.
Analysis of Rare Earth Elements in Uranium Using Handheld Laser-Induced Breakdown Spectroscopy
In Applied Spectroscopy, Ben Manard and his Los Alamos National Laboratory colleagues use SciAps HH LIBS to quantify levels of REE in a uranium oxide matrix. Los Alamos personnel need a method to perform rapid chemical analysis in a nuclear facility.