| Elemental Range |
C, Al, Si, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Nb, Mo, W |
Optimized for Carbon Analysis and alloy identification. |
| Analysis Method |
Laser-Induced Breakdown Spectroscopy (LIBS) |
Rapid, non-destructive elemental analysis. |
| Laser Type |
1064 nm, Class 3b |
Generates high-precision plasma for accurate detection. |
| Detector Type |
High-resolution spectrometer |
Optimized for carbon and alloy spectral analysis. |
| Sample Types |
Metals, alloys, steel, aluminum, petrochemicals, recycling |
Field-ready for industrial and recycling applications. |
| Analysis Time |
1–10 seconds |
Fast results for on-site testing (PMI, QC). |
| Data Storage |
512 MB internal / 16 GB (~5,000 readings) |
Large capacity for spectra and results. |
| Software |
Thermo Scientific™ Interface / NitonConnect™ |
Real-time data management and cloud reporting. |
| Connectivity |
USB, Wi-Fi |
Seamless transfer to PCs or enterprise systems. |
| Power Supply |
Rechargeable Milwaukee™ Hot-Swap batteries |
Continuous field operation without downtime. |
| Weight |
6.4 lbs (2.9 kg) with battery |
Lightweight for handheld use. |
| Dimensions |
12 × 13 × 4 in (30.48 × 33.02 × 10.16 cm) |
Compact design for field portability. |
| IP Rating |
IP54 |
Dust and splash resistant for harsh environments. |