Vulcan Handheld Laser Metal Analyzer – Fast, Accurate, and Built for Scrap Metal Sorting
The Vulcan handheld laser analyzer is one of the fastest metal analyzers in the world. With just a squeeze of the trigger, you get reliable results in one second, making it the perfect solution for scrap metal recycling, alloy identification, and quality control. Designed to perform in even the harshest scrapyard conditions, Vulcan delivers unmatched speed, accuracy, and durability.
By increasing productivity and providing precise alloy analysis, Vulcan helps you get maximum value from your scrap and boost profitability.
Analyze a Wide Range of Alloys
With Vulcan, you can identify and sort metals across a broad spectrum of alloys, including:
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Aluminum, magnesium, titanium, cobalt, chromium, nickel, and copper alloys
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Stainless steels, tool steels, and low-alloy steels
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And many more common industrial alloys
Why Choose the Vulcan Metal Analyzer?
✅ Simple to Use – Ready to go out of the box. Operates all day on a single battery with no need for special training.
✅ Practical & Portable – Compact, lightweight (1.5 kg), and ergonomically designed for daily use. The display is clear and easy to read, even under direct sunlight.
✅ Rugged & Reliable – Built to withstand tough environments with sapphire glass optics, IP54 certification (splash, water, and dustproof), and MIL-STD-810G military-grade durability.
✅ Saves Time – Provides a trustworthy grade ID in just one second. Up to 10x faster than traditional XRF analyzers when sorting aluminum alloys.
✅ Low Cost of Ownership – Unlike XRF devices, Vulcan requires no radiation licenses or expensive safety training, keeping costs low.
✅ Latest Technology – With ExTOPE Connect, you can store results securely, generate instant reports, and share data directly from your mobile phone.
Optimize Your Scrap Metal Sorting with Vulcan
Whether you work in scrapyards, recycling facilities, or metal manufacturing, the Vulcan handheld LIBS analyzer is the ultimate tool for fast, accurate, and cost-effective metal analysis.