PC1

PC1 is a compact benchtop photon counting spectrofluorimeter for research applications demanding the highest sensitivity.

PC1 optical design and automatic instrument control are state-of-the-art for steady-state fluorescence measurements.

PC1 Catalog Download

特點

Fully Automated for Steady-State Applications

Corrected excitation and emission spectra

Polarization (anisotropy) measurements

Slow and fast kinetics

Synchronous luminescence spectra

Intensity measurements at fixed wavelengths

Dual-wavelength excitation (emission) ratiometric measurements

User-Friendly Software

PC1 includes Vinci – Multidimensional Fluorescence Spectroscopy, a powerful software package that provides several ready-to-use routines for reliable, user-friendly acquisition of complex fluorescence data:

Spectra (excitation, emission, synchronous, time-resolved and polarization)

Measurements at fixed wavelengths (intensity and polarization)

Measurement of kinetics

Time-resolved measurements (lifetimes and rotational correlation times)

User-Defined Acquisition Protocols

One-dimensional and multi-dimensional data acquisition with user defined protocols. The user can select any of the following experimental combinations:

Fluorescence Intensity

Polarization/Anisotropy

Ratiometric Measurements

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Excitation (Emission) Wavelength and/or any of the following:

Emission (Excitation) Wavelength

Sample Concentration, pH, Pressure & Temperature

Key Features

A compact footprint and short optical pathlength for maximum sensitivity and efficient light coupling into the sample

T-format and parallel beam design for fast and precise polarization measurements

Full automation of instrument components including: cuvette holder, polarizers, shutters, filterwheel, monochromators and stirrers

PC-controlled integration of temperature bath, titrator, stopped-flow apparatus and pressure pump

Fast kinetic measurements with one millisecond resolution in photon counting mode

80 MHz pre-amplifier discriminators delivering linearity up to eight million counts per second on each channel

Upgradable for time-resolved measurements with picosecond resolution