ACHIEVEMENTS

Innovation is What We Do at ISS

Since 1984 we have been dedicated to making the finest instrumentation for scientific applications. Below are some of our key achievements.

2024

OxiplexTS200 Receives FDA Clearance

2023

Introduction of Parallel 16-PMT Spectral FastFLIM

2020

Introduction of Digital TCSPC for fast FLIM acquisition

2018

Introduction of PL1, a time-resolved confocal microscope for material research studies

2017

Introduction of AlbaSTED

2015
  • Introduction of MetaOx, the tissue oxygen consumption monitor for biomedical research
  • Introduction of OxiplexTS200, the clinical version of the OxiplexTS tissue oximeter
  • Introduction of Q2 Laser Scanning Nanoscope
2010

Introduction of time-resolved spectrofluorometer using Digital Frequency Domain (DFD)

2007

Introduction of ChronosBH, a lifetime instrument based on laser diodes and LEDs and using the time-correlated single-photon counting (TCSPC) technique

2003

Alba is equipped with galvo-mirrors and becomes a laser scanning microscope for one-photon and multi-photon confocal imaging capability

2002

Completion of Imagent, functional brain imaging system for studying activated areas of the brain

2001

ChronosFD, a Fluorescence Lifetime Spectrometer using laser diodes and LEDs

1999

Introduction of ALBA, a confocal microscope for FCS measurements

1997

Introduction of Model 96208 OxiplexTS, Two-Channel Non-invasive Frequency-Domain Tissue Oximeter

1992

First MPF equipped with diode array detector for simultaneous multifrequency multiwavelength fluorescence data acquisition

1991

First MPF with digital filter for the isolation of the cross-correlation frequency and user selectable cross correlation frequency. Introduction of K2-FastScan capable of acquiring time-resolved fluorescence data in a minute

1990

First fully automated Multifrequency Phase Fluorometer, the K2 MPF

1987

Installation of the first MPF using the harmonic content of mode-locked lasers

1985

First commercial Multifrequency Phase Fluorometer (MPF), the GREG200 for the determination of fluorescence decay times in solutions and solid structures.