iSpectro-F5000 Portable XRF Spectrum Analyzer

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https://mikrosize.com/product/ispectro-f5000-portable-xrf-spectrum-analyzer/

Product Features：

• Lightweight and portable, robust and durable, featuring a unique ergonomic design.
• Utilizes the principle of X-ray fluorescence spectrometry for analysis.
• Weight typically does not exceed 1.4kg (approximately 1.46kg with battery), available in various sizes.
• High-power, high-performance X-ray tube as the excitation source, with multiple target materials to choose from.
• Voltage of 35KV/50KV (partially adjustable), with multiple optional filters and automatic adjustment capabilities.
• Detector is a Si-pin/SDD, with a cooling temperature of -35°C and a resolution of ≤135eV.
• High-performance processor, running on the Windows CE operating system.
• Strong data processing capabilities, equipped with a high-capacity memory card and multiple transmission methods.
• Color high-resolution TFT industrial-grade touchscreen.
• Capable of analyzing multiple elements from Mg to Pu, with more than 30 elements included as standard.
• Non-contact detection capability of 0.5mm, protecting the test window.
• Uses imported lamps and sensors, with a lamp lifespan of over 2000 hours and capable of more than 720,000 detections.
• Fast detection speed, providing results in just a few seconds to enhance work efficiency.
• Simple and intuitive operation, with one-touch operation to minimize human error.
• Non-destructive testing, preserving the integrity of samples.
• High detection accuracy, approaching laboratory-level precision.

Product Application：

• Metal Recycling and On-site Testing & Rapid Classification of Unknown Materials: It can measure alloy grades and composition contents within 1-3 seconds with an accuracy of up to 0.01%, aiding in the identification of various metallic materials and determining their value and reuse methods.
• Stainless Steel & Die Steel Testing: Rapid identification of stainless steel grades, including 304 food-grade stainless steel, and die steel grades, while displaying important metallic elements and their contents to ensure materials meet production requirements.
• Mine Exploration: On-site rapid multi-element analysis for tracking mineralization anomalies, expanding exploration ranges, and reducing transportation and analysis costs associated with sending samples back to the lab. This aids in quickly understanding the potential value and mining feasibility of ores.
• Core Monitoring: On-site analysis of core samples and other drilling samples to assess reserves, improve mining efficiency, and provide accurate data support for mining operations.
• Mining Process Control: It can delineate ore body boundaries, determine vein strikes, and precisely manage the mining process, ensuring the scientific and efficient nature of mining operations.