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Detectable Elements

Detectable Materials

Testing Time

Detection Time

Detection Method

Handheld LIBS Analyzer

Labmate Handheld LIBS Analyzer performs elemental detection in metals and alloys within seconds for fast analysis. Their lightweight construction ensures comfortable handheld operation in field environments. These feature low-maintenance structures with long-lasting performance and durable components. They offer touch displays for clear viewing and settings under outdoor or industrial conditions. Our LIBS Analyzer is applied in metal production, recycling, and quality control.

Handheld LIBS Analyzer LMHLA-A100

  • Detectable Elements: C,Al,Ti, Si, Cr, Mn, Fe, Co, Ni, Cu,Mo etc.
  • Testing Time: 5 to 6s
  • Detection Method: Plasma emission spectroscopy
  • Camera: CCD macro camera
  • Display: 4.0-inch resistive touch screen, 320×480 pixels

$ 81375 / Each of 1

Handheld LIBS Analyzer LMHLA-A101

  • Detectable Elements: Al, Mg, Si, Be, Li, Cr, Cu, Fe, Mn, Mo, Ni, Ti, V, W
  • Detectable Materials: 1-8 series aluminum-based alloys
  • Detection Time: 1s
  • Detection Method: Spectral denoising, PLS, PCA intelligent algorithm
  • Display: 4.0-inch color backlit touch screen, industrial grade HD resistive screen

$ 39375 / Each of 1

Selection Guide for Handheld LIBS Analyzer

Handheld LIBS Analyzer is best suited for customers who require rapid, on-site elemental analysis across a broad range of materials. Its detection range includes elements such as C, Al, Ti, Si, Cr, Mn, Fe, Co, Ni, Cu, Mo, Mg, Be, Li, V, and W, making it highly suitable for metal alloy verification and scrap sorting. It is particularly effective for 1–8 series aluminum-based alloys, which are beneficial for industries dealing with lightweight metals and aerospace components. With a testing time of 5–6 seconds and a detection time of just 1 second, the analyzer provides fast, real-time results. It uses plasma emission spectroscopy along with advanced spectral denoising, PLS, and PCA algorithms to deliver precise and accurate readings. This range and technology make it an excellent choice for quality control in manufacturing, recycling, aerospace, and metallurgy sectors.