UV-visible spectrometer IndiGo fluo

visiblelaboratoryportable

IndiGo is a visible portable spectrometer designed to fit in the palm of your hand, offering modularity for multiple use cases. It enables measurement of emission, absorption, or transmission spectra from 380 nm to 780 nm, with a resolution of 1 nm (FWHM). IndiGo allows you to take spectral measurements anywhere at any time and is compatible with all tablets and smartphones equipped with Bluetooth 5.0.

Included Applications

• SpectroLab PC: A Windows 10 application for spectrum analysis via USB-C connection.
• SpectroLab Android: An Android application for smartphones and tablets, connecting via Bluetooth.

Modular Extensions

• Fiber optic adapter (Standard)
• Fluorescence with UVA excitation source
• Fluorescence with UVA and UVB excitation sources
• Laser induced fluorescence (LIF)
• Spectrophotometer: A cuvette holder module for absorption and fluorescence measurement on liquids in a cuvette

Calibration

• Pre-calibrated on the nanometric scale (x-axis); intensity calibration is optional.
• SpectroLab allows recalibration on both the nanometric (x) and intensity (y) axes.
• Nanometric axis calibration can be performed with a compact fluorescent lamp or a mercury-argon lamp.
• Intensity axis calibration requires a calibrated lamp (e.g., halogen lamp); users can perform this themselves if they have the lamp.

Key Features

• Portable, modular, and customizable visible spectrometer
• Instant authentication
• Easy to use
• Usable anywhere at any time
• Affordable

Applications

• Chemical analysis
• Education and research
• Gemology and jewellery
• Lighting and filters identification
• Traceability and authentication
• Other fields as required

Downloads

• IndiGo datasheet and manual available as PDF documents

Characteristics / Technical Specifications

• Spectral range: 380 nm – 780 nm
• Resolution: 1 nm (FWHM)
• Connectivity: Bluetooth 5.0, USB-C
• Compatible with: Windows 10 PC, Android smartphones/tablets
• Modular design with optional modules for fluorescence, laser-induced fluorescence, and spectrophotometry
• Delivered with SpectroLab software for spectrum capture and analysis
• Pre-calibrated on nanometric scale; optional intensity calibration