EziLab offers the X-ray Fluorescence Spectrophotometer EZL-XFS100, a benchtop XRF that measures from 5 ppm to 50,000 ppm with a 0.1 ppm detection limit. Each test finishes in under 300 seconds, and a 50-cup autosampler feeds samples automatically so a full tray runs without operator loading. An internal computer with touchscreen control and USB 2.0 output handles methods and data, and the unit operates in rooms from 15°C to 30°C. That wide range lets one XRF analyzer read trace contaminants and major constituents without dilution. Labs use it to detect hazardous elements for RoHS testing, verify metal compositions, and check coating thickness on plated parts. As a sulfur analyzer, it also measures sulfur in crude oil, refined fuels, and lubricants, while high sensitivity and stable output keep XRF testing consistent across shifts. Electronics and electroplating manufacturers screen components and finishes before shipment, and metal fabricators confirm alloy grades at incoming inspection. Refineries and fuel terminals check sulfur limits, and environmental labs track pollutant elements in soil and waste. Contract testing labs value this elemental analyzer for mixed sample streams. Low operating cost suits labs running many samples. For sulfur screening, 50 samples per tray at under 300 seconds each is the throughput to beat, and the Petroleum Testing Equipment category and Sulfur Content Tester range show the alternatives.
| Measurement Range | 5ppm to 50,000ppm |
|---|---|
| Sample Cups | 50 |
| Working Temperature | 15˚C to 30˚C |
| Testing time | Under 300 seconds |
| Detection Limit | 0.1 ppm |
| External Output | USB2.0, internal computer, and touchscreen |
| Autosampler | Yes |
| Dimensions (L× H ×D) | 580 × 620 × 940mm |
| Weight | 45kg |
High sensitivity detection
Automatic sample injection
Stable performance output
Low operation cost
Easy user interface
| • | Used in RoHS testing laboratories for detecting hazardous elements. |
| • | Applied in electronics and electroplating manufacturing for screening components and finishes before shipment. |
| • | Used in coating inspection for checking thickness on plated parts. |
| • | Applied in metal fabrication for confirming alloy grades at incoming inspection. |
| • | Used in refineries and fuel terminals for sulfur limit checks in crude oil, refined fuels and lubricants. |
| • | Applied in environmental laboratories for tracking pollutant elements in soil and waste. |
The X-ray Fluorescence Spectrophotometer EZL-XFS100 delivers accurate sulfur content results that align with global testing standards. By providing dependable readings, it allows labs to verify that fuels and related products meet regulatory limits. This ensures that laboratories can confidently issue quality certificates for commercial or research purposes. The analyzer’s reliability makes it a trusted tool for maintaining compliance in both industrial and environmental monitoring applications.
Our X-ray Fluorescence Spectrophotometer EZL-XFS100 incorporates shielding and controlled operation to ensure safety during analysis. Its automated systems reduce unnecessary manual handling, limiting the risk of exposure to radiation or electrical components. The equipment is engineered to meet laboratory safety standards, providing assurance for staff working long hours. By focusing on user safety, it allows laboratories to prioritize efficiency without compromising protection.
Ezilab’s X-ray Fluorescence Spectrophotometer EZL-XFS100 is versatile enough to test a wide range of fuel and oil samples. Laboratories can use it for crude oil, refined fuels, lubricants, and even certain chemical derivatives. This adaptability reduces the need for multiple instruments in a single facility. It helps labs streamline workflows while addressing varied testing needs with one reliable system.
Our X-ray Fluorescence Spectrophotometer EZL-XFS100 balances speed, reliability, and accuracy, making it suitable for varied applications. Research labs benefit from its precision when exploring new materials or formulations. At the same time, production facilities rely on its efficiency for large-scale quality assurance testing. Its dual capability ensures that the instrument supports both innovation and routine monitoring seamlessly.
Ezialb’s X-ray Fluorescence Spectrophotometer EZL-XFS100 provides precise sulfur analysis that is essential for evaluating fuel emissions and environmental impact. Monitoring sulfur levels helps industries meet environmental regulations and reduce harmful air pollutants. The instrument’s accuracy ensures that labs can confidently track compliance with evolving environmental standards. This makes it a valuable tool for environmental research centers and regulatory bodies.
Our X-ray Fluorescence Spectrophotometer EZL-XFS100 is designed with a simple, standardized interface that minimizes operator-dependent variability. Even technicians with different levels of experience can achieve consistent results. Automated features ensure uniform testing steps across all users. This consistency is vital for laboratories where multiple staff members share equipment for routine operations.
