Niton Apollo LIBS Analyzer Niton Apollo LIBS Analyzer features an effective laser and high purity argon purge to generate lab quality results. Specifically engineered to provide superior analysis and low detection limits, users can view alloy identification and advanced averaging in about 10 seconds. And with the ability to measure carbon equivalency and pseudo elements, you’ll make more informed decisions too. Data is displayed in real time to keep up with your busy pace, enabling you to make fast and efficient choices. Analyzer Features 1064nm laser WiFi enabled Macro and micro cameras Hot swap battery Tilting, color touchscreen Directional keys Chamber pressure, spectral type, light/ dark sensor safety interlocks Password protected security IP54 certified (splash/dust proof) Applications Determine alloy composition and grade for a wide range of metallurgical samples Calculate carbon equivalency to determine piping weldability Verify critical assets, such as, piping, valves and reaction vessels in positive naterial identification (PMI) tasks Inspect materials at receiving, in-process fabrication and outgoing quality control (QC) stages Qualify material test reports (MTR) Prevent contaminated scrap from entering the supply stream Detect tramp and trace elements to meet regulatory standards Smart Technology With the Niton Apollo analyzer, you’ll work smarter, not harder. Our smart, simplified software solution features an application interface that is easy for virtually any user to understand. You’ll have the option to customize data fields and user profiles to create a workflow solution designed to meet the needs of your business. Best of all, our WiFi enabled LIBS analyzer empowers you to remotely transfer and view your sample readings. Oil and Gas The structural integrity of pipelines and plant assets is key for safety. Properties such as weldability and heat or corrosion resistance depend on the carbon content in steel. Using the powerful Niton Apollo Handheld LIBS Analyzer, operators can perform positive material identification (PMI) to analyze piping material where flow accelerated corrosion, or sulfidic corrosion, is a concern. Verify the composition of piping, valves, and reaction vessels in seconds, with the lowest LODs available. Calculate carbon equivalency to determine the weldability of piping materials. Inspect and analyze individual component materials at receiving inspection, in-process welding/fabrication, and final inspection check points. Kit Includes Niton Apollo Locking shielded carrying case Two (2) Milwaukee M18 Redlithium High Demand CP2.0 battery packs One (1) Milwaukee M18 & M12 multi-voltage charger One (1) box analytical argon inert gas (5 pack) Setup standards Laser safety glasses Instrument cleaning kit Safety lanyard and carabiner PC connection cable
