- Optimal balance between sensitivity and fluorescence suppression:
The 785nm near-infrared wavelength not only retains high sensitivity (capable of detecting cell-level signals) but also significantly reduces fluorescence interference from organic samples, making it the preferred choice for "universal" applications.
- Customizable resolution: Supports ~3.5 cm⁻¹ high resolution (with custom slits), suitable for scenarios requiring high peak position resolution (such as fine analysis of pharmaceutical ingredients).
- High power adapts to strong demands: 0-500mW adjustable power can enhance signal intensity for highly scattering and thick samples (such as meat and tumor tissues), ensuring high detection efficiency.