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Innov-X Systems Alpha-2000-A handheld XRF analyzer for elemental chemistry measurement and positive material identification (PMI) on metals. Reports alloy composition in percentage values at the test point. Configured for Alloys, Gold & Silver analysis using the onboard iPAQ interface.

Unlock the power of precise metal analysis with the Thermo Scientific Niton XL3t 800 Handheld XRF Analyzer! Featuring an Alloy Option, this portable device delivers fast and reliable results for alloy composition testing, making it perfect for industrial applications and positive material identification. Analyze on-the-go and ensure quality with every measurement!

Unleash the Power of Elemental Analysis: The Thermo Scientific Niton XL5 Handheld XRF Analyzer Experience the ultimate combination of speed, accuracy, and versatility with the Thermo Scientific Niton XL5. This revolutionary handheld XRF analyzer empowers you to tackle a wide range of applications in diverse industrial environments.

Niton XL2 980 PLUS XRF Analyzer: High-precision metal analysis with portable design. Ideal for fieldwork, featuring intuitive touchscreen and advanced detection capabilities.

The most versatile ultrasonic flaw detector on the market thanks to its ability to operate in DAC, AW, S, and DGS modes and with applications including weld inspections, thickness measurements, corrosion measurements, forging inspections,s and other inspections for difficult materials. The industries where the Waygate Technologies Krautkramer USM 36 proves useful include the automobile, power generation, petrochemical, and aerospace industries.

Refurbished by Thermo Scientific NEW X-Ray Tube NEW CPU Board Calibration Certificate 1 Year Manufacturer Warranty

Innov-X Olympus DE-2000: Unleash the Power of Affordable XRF for Precious Metals & Alloys The Innov-X Olympus DE-2000 XRF analyzer empowers you with professional-grade elemental analysis at an accessible price point. This portable powerhouse is specifically designed to excel in applications involving precious metals and alloys, making it an ideal tool for scrap sorting, Positive Material Identification (PMI), and jewelry testing.

SKF TKSA 20: The Ultimate Shaft Alignment Solution   Key Features Intuitive Design: The TKSA 20 is designed for ease of use, requiring no special training. Rapid Alignment: Clear real-time measurements and easy-to-position measuring units accelerate the alignment process. Global Compatibility: Language-free operation and selectable measurement units (mm or inch) ensure worldwide usability. Soft Foot Detection: The built-in soft foot check function helps identify and rectify uneven machine footings. User-Friendly Interface: Quick start guides, multilingual instructions, and instructional videos make it accessible to technicians of all skill levels. Cost-Effective: The affordable price tag and rapid ROI make the TKSA 20 a budget-friendly solution.   Applicable Industries The SKF TKSA 20 is suitable for a wide range of industries, including:

Your job requires the best—and the finest in ultrasonic flaw detection performance and intuitively designed ease of use. That's why Olympus created EPOCH® 600, a multipurpose handheld flaw detector for the most demanding environments.

XL-PMI is fluorescence (XRF) analyzers based on Thermo Fisher Scientific technology. XL-PMI is the tool of choice when you need precision, precision and ease of use. It is an ideal tool for analyzing metal alloys for industrial applications or product quality control. It provides immediate non-destructive chemical analysis of materials from alloys from titanium to nickel, and also provides excellent performance for the analysis of foreign inclusions and trace elements. 

Refurbished Thermo Scientific Niton XL3t 980 GOLDD+ handheld XRF analyzer engineered for research-grade metals and mineral analysis. Licensed for Pecious Metals , Soils & Minerals, Special Fingerprint, and Small Spot calibration.

DE-2000: Unleash the Power of Portable XRF Analysis The DE-2000 handheld XRF analyzer from [Innov-X Olympus empowers you with professional-grade elemental analysis in a compact and affordable package. This versatile tool is designed for fast, accurate material identification on-the-go, making it ideal for various applications like alloy sorting,Positive Material Identification (PMI), scrap analysis, and more.

Product Overview

Thermo Scientific Niton XL3t 980 Goldd+ XRF Analyzer: Powerfully Simple Material Analysis - Pre-Loaded with Mining, Lead, Fingerprint & General Metals Options Revolutionize your material identification with the Thermo Scientific Niton XL3t 980 Goldd+ XRF Analyzer, pre-loaded with essential application packages to tackle diverse analytical challenges. This powerful handheld XRF analyzer delivers fast, accurate, and non-destructive elemental analysis tailored to your specific needs.

The Thermo Scientific™ Niton™ XL3t XRF Analyzer is a powerful tool for nondestructive testing, offering fast results in metal analysis, mining and exploration, and lead paint testing. It is widely used in scrap metal recycling, casting and fabrication, manufacturing QA/QC, and positive material identification. This handheld analyzer provides real-time compliance testing for various regulations such as the Consumer Product Safety Improvement Act (CPSIA), Proposition 65, and Restriction of Hazardous Substances (RoHS). Designed to improve productivity and profitability, it features high sensitivity and measurement accuracy, lower detection limits for a wide range of elements, and a user-selectable small spot for precise sample analysis. With a flip-up color touch-screen display, ergonomic design, and easy-to-use software, it offers a seamless user experience. Additionally, it includes a 50 kV x-ray tube for enhanced x-ray flux, a hotfoot hot surface adaptor for testing in high-temperature environments, and various connectivity options for data transfer and remote operation.

Rigaku KT-100S is a handheld laser-induced breakdown spectroscopy (LIBS) metal alloy analyzer for elemental composition measurement and alloy grade identification of solid metallic materials. A focused laser pulse generates plasma on the metal surface, and emitted light is analyzed to determine alloy chemistry within selectable matrices. LIBS-based operation does not require radiation licensing.