Spectral Bandwidth | Trace element analysis (e.g., heavy metals in water) | Industry Standard: 0.5 nm (ISO 8516) Our Base: 0.4 nm (▲) Our Advanced: 0.2 nm (▲▲) | Advanced model offers 40% narrower bandwidth for higher resolution (ISO 8516 compliant). | Advanced version may require specialized calibration (▲▲ = 2x improvement over Base). |
Wavelength Range | Broad-spectrum analysis (e.g., clinical diagnostics) | Industry Standard: 190–900 nm (ASTM E1601) Our Base/Advanced: 190–900 nm (matches standard) | Full compliance with ASTM E1601 for universal element detection. | No incremental improvement between versions (same range). |
Wavelength Repeatability | High-precision quality control (e.g., pharmaceuticals) | Industry Standard: ≤0.5 nm (ISO 8516) Our Base: ≤0.3 nm (▲) Our Advanced: ≤0.2 nm (▲▲) | Advanced model achieves ISO 8516+ precision with ±0.2 nm stability. | Base model may require frequent recalibration for ultra-precise tasks. |
Material Construction | Harsh laboratory environments (e.g., chemical labs) | Industry Standard: Plastic/metal hybrid (ASTM D638) Our Base/Advanced: 304 stainless steel (▲) | Stainless steel ensures corrosion resistance (ASTM A240 compliant) for longevity. | Higher upfront cost compared to plastic-based competitors. |
Noise Level | Noise-sensitive labs (e.g., shared facilities) | Industry Standard: 40–45 dBA (OSHA) Our Base: 38 dBA (▲) Our Advanced: 35 dBA (▲▲) | Advanced model is quieter than a refrigerator (35 dBA) for minimal disruption. | Advanced cooling system increases power consumption slightly. |
Safety Features | High-risk labs (e.g., toxic sample analysis) | Industry Standard: Basic gas shutoff (NFPA 45) Our Base: Over-temperature alerts (▲) Our Advanced: Dual gas monitoring + auto-shutoff (▲▲) | Advanced model includes NFPA 45+ safety protocols for critical hazard prevention. | Advanced safety systems add complexity to setup and maintenance. |