Compact Benchtop Spectrometer

Fluorescence Spectra [450nm Excitation ; Customizable]: 450nm Excitation,600~1100nm Fluorescence Detection Band(Customizable) Absorption Spectrum: 400~1100nm Spectral Resolution(Cooled): ~5nm

InView-PL is an online, in-situ fluorescence spectrometer for monitoring photovoltaic thin-film formation. It can be integrated with spin-coating, VCD, annealing, and film-aging equipment to monitor PL, absorption, and scattering signals in real time during film formation, crystallization, and aging. This helps researchers understand crystallization rates and phase-transition dynamics, optimize conditions, control crystallization, improve crystal quality, and increase device efficiency and stability.

Detector - Detector Type: Linear Array (CMOS) Detector - Effective Pixels: 2048 Detector - Pixel Size: 14μmx 200μm

The HP-3010 miniature spectrometer is a new low-noise miniature fiber spectrometer developed by Hhitgroup. The HY-3010 uses a high-sensitivity CMOS linear-array sensor covering the 200-1100nm wavelength range, with high sensitivity and extremely low noise. Applications include geographic spectral-data acquisition, water reflectance acquisition, transmission and reflection, spectral absorption, atomic emission spectroscopy, irradiance, absorbance, and color measurement. The HP-3010 fiber spectrometer uses a thoroughly optimized crossed asymmetric C-T optical path for high spectral resolution. Its distinctive stray-light suppression and low-noise circuit design provide excellent noise control, making it ideal for ultraviolet, visible, and near-infrared spectroscopy. The HP-3010 fiber spectrometer is compact, highly consistent, stable, and reliable. Wavelength range and optical resolution can be customized, and multiple trigger modes and secondary development support flexible application expansion.

Wavelength range: 275-1100nm Wavelength range: (275-350 nm/350-550 nm/550-700 nm/700-1100 nm) Linewidth [depends on spectral range]: 1-6 GHz(depends on spectral range)

The fully automatic narrow-linewidth (<1GHz), ultrawide continuous-tuning system originates from intelligent tunable spectroscopy in nanotechnology. Advanced laser-component design combines Ti:sapphire and dye lasers with intracavity doubling for 275nm-1100nm coverage. Puxian Technology supplies Tekhnoscan-customized systems for spectral calibration, laser spectroscopy, and materials-science research.