Z-Spec
About
Z-Spec, headquartered in East Greenbush, New York, develops and manufactures portable and benchtop X-ray fluorescence (XRF) elemental analyzers based on proprietary monochromatic wavelength-dispersive and hyperbolic surface bent crystal technologies invented by founder Dr. Zewu Chen. The company's five-instrument product line includes the E-Max Series for rapid heavy metal analysis in soil and water with cadmium detection below 0.3 ppm, the Z-Max optimized for lead detection in food and agricultural products, the JP500 for quantifying heavy metals in food, the G-Max for non-destructive precious metal analysis, and the E-lite for detecting light elements including sodium, silicon, sulfur, phosphorus, and magnesium. All instruments deliver near real-time results without sample preparation using HDXRF (High-Definition X-ray Fluorescence) and MXRF technology platforms. Z-Spec's technological lineage traces from MWDXRF low-sulfur detectors (2005) through high-precision elemental analyzers (2009), online lead-arsenic detectors (2012), and portable soil heavy metal detectors (2013). The analyzers serve environmental monitoring applications including soil and water contamination assessment, food safety testing for heavy metals and lead, agricultural product analysis, and industrial precious metals verification. The company's vision centers on making the environment cleaner, food safer, and production more efficient through accessible elemental analysis.
Key Products
Rapid heavy metal analysis instrument for soil and water that detects ultra-low levels of cadmium below 0.3 ppm and other heavy metals.
XRF analyzer optimized for lead detection and measurement in food, food additives, and agricultural products.
Portable analyzer that quantifies heavy metal elements in food rapidly and precisely for food safety applications.
Fast, accurate, non-destructive XRF analyzer for precious metal analysis and verification in industrial applications.
Light element detector that identifies sodium, silicon, sulfur, phosphorus, and magnesium in food, soil, and water samples.
Monochromatic wavelength-dispersive XRF technology for low-sulfur detection in petroleum and environmental applications.
Hyperbolic surface bent crystal monochromatic focused XRF technology for ultra-trace elemental analysis without sample preparation.
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