Excimer Laser Ablation System LA-193

Hyperspectral Camera - Spectral Range: 400-1000nm Hyperspectral Camera - Spectral Resolution: better than 2.3nm Hyperspectral Camera - Number of Spectral Channels: 270

HY-8010-S is a dedicated hyperspectral imager customized for laboratory environments. It accurately detects qualitative, quantitative, timing, and positional information about materials, providing a professional research instrument that integrates images and spectra. The core spectral separation module of the HY-8010-S laboratory hyperspectral imager is developed entirely in-house by Hhitgroup. Various image sensor models can be selected, together with an ultra-high-pixel-count HD camera, to combine high spatial and spectral resolution. Optional in-house-developed linear illumination and a custom dark enclosure minimize external environmental effects on sample testing. Combined with its distinctive spatiotemporal radiometric correction function, HY-8010-S ensures stable, standardized hyperspectral data. The HY-8010-S laboratory hyperspectral imager provides high-precision spectral modeling and analysis solutions for advanced applications including material sorting, forensic document examination, food monitoring, and authenticity identification.

Hyperspectral Camera - Spectral Range: 400-1000nm Hyperspectral Camera - Spectral Resolution: better than 2.5nm Hyperspectral Camera - Number of Spectral Channels: 300

HY-8010-U is a dedicated hyperspectral imager customized for laboratory environments. It accurately detects qualitative, quantitative, timing, and positional information about materials, providing a professional research instrument that integrates images and spectra. The core spectral separation module of the HY-8010-U laboratory hyperspectral imager is developed entirely in-house by Hhitgroup. Various image sensor models can be selected, together with an ultra-high-pixel-count HD camera, to combine high spatial and spectral resolution. Optional in-house-developed linear illumination and a custom dark enclosure minimize external environmental effects on sample testing. Combined with its distinctive spatiotemporal radiometric correction function, HY-8010-U ensures stable, standardized hyperspectral data. The HY-8010-U laboratory hyperspectral imager provides high-precision spectral modeling and analysis solutions for advanced applications including material sorting, forensic document examination, food monitoring, and authenticity identification.

Hyperspectral Camera - Spectral Range: 900-1700nm Hyperspectral Camera - Spectral Resolution: better than 4nm Hyperspectral Camera - Number of Spectral Channels: 512

HY-8030-S is a dedicated hyperspectral imager customized for laboratory environments. It accurately detects qualitative, quantitative, timing, and positional information about materials, providing a professional research instrument that integrates images and spectra. The core spectral separation module of the HY-8030-S laboratory hyperspectral imager is developed entirely in-house by Hhitgroup. Various image sensor models can be selected, together with an ultra-high-pixel-count HD camera, to combine high spatial and spectral resolution. Optional in-house-developed linear illumination and a custom dark enclosure minimize external environmental effects on sample testing. Combined with its distinctive spatiotemporal radiometric correction function, HY-8030-S ensures stable, standardized hyperspectral data. The HY-8030-S laboratory hyperspectral imager provides high-precision spectral modeling and analysis solutions for advanced applications including material sorting, forensic document examination, food monitoring, and authenticity identification.

Exterior Material: Made from aviation-grade aluminum alloy, precisely machined using a CNC machining center. Multispectral Bands: Blue light, green light. Wavelengths [Blue light]: 445±2nm

Nondestructive detection obtains original information without damaging DNA. Directly reveals sweat,dust,latent-blood and oily fingerprints better than other sources. Strong discovery of blood,latent blood,semen,saliva,sweat,urine,hair,shed cells,bone and tooth fragments,surpassing conventional,high-power LED and monochromatic-laser sources.