Achievements
Quality Policy
Career Opportunities
Contact Us
Directions to ISS
Comments & Suggestions
Gregorio Weber Award
Internal Use
Quality Policy
Career Opportunities
Contact Us
Directions to ISS
Comments & Suggestions
Gregorio Weber Award
Internal Use
02/02/2008: ISS Announces 2008 Gregorio Weber Award Winner
06/06/2007: ISS Awarded NIH Grant
03/03/2007: ISS Announces 2007 Gregorio Weber Award Winner
02/18/2006: ISS Announces 2006 Gregorio Weber Award Winner
09/01/2005: ISS Achieves ISO 9001:2000 Certification
01/05/2005: ISS Announces a New Version of OxiplexTS™
News Archive
06/06/2007: ISS Awarded NIH Grant
03/03/2007: ISS Announces 2007 Gregorio Weber Award Winner
02/18/2006: ISS Announces 2006 Gregorio Weber Award Winner
09/01/2005: ISS Achieves ISO 9001:2000 Certification
01/05/2005: ISS Announces a New Version of OxiplexTS™
News Archive
Fluorescence Products
Alba FCS: Fluorescence Correlation SpectrometerAlba FLIM: Fluorescence Lifetime Imaging
PC1: Photon Counting Spectrofluorimeter
K2: Multifrequency Cross-Correlation Phase and Modulation Fluorometer
Chronos: Frequency-Domain Lifetime Spectrometer
ChronosBH: Time-Domain Lifetime Spectrometer
Modular Components for Building Spectrofluorometers
Phoenix: SLM Upgrade Packages
Software
Request Literature for Fluorescence Products
Biomedical Products
OxiplexTSImagent
Request Literature for Biomedical Products
Fluorescence Quantum Yield Standards
Fluorescence Lifetime Standards
Lifetime Data of Selected Fluorophores
Excitation and Emission Wavelengths of Fluorophores
Fluorescent Probes Data Table
Fluorescence Standards for LEDs and Laser Diodes
Application & Technical Notes
Measurement Examples
Selected Publications
Laboratories & Societies
Fluorescence Lifetime Standards
Lifetime Data of Selected Fluorophores
Excitation and Emission Wavelengths of Fluorophores
Fluorescent Probes Data Table
Fluorescence Standards for LEDs and Laser Diodes
Application & Technical Notes
Measurement Examples
Selected Publications
Laboratories & Societies
ChronosBH™ Specifications
Instrument Features
- Compact and portable
- Interchangeable solid state light modules
- Full hardware automation using Vinci
- Full acquisition automation using Vinci
- Speed – complex decays are acquired in less than one minute
Measurements
- Single- and multi-exponential intensity decays
- Anisotropy decays (rotational correlation times)
- Time-resolved kinetics
- Time-resolved spectra
- Time-resolved FRET
Instrument Specifications
Light Sources
- Laser diodes (405, 436, 473, 635, 690, 780, 830 nm)
- Ti:Sapphire
- White and other pulsed lasers
Focusing and Collection Geometry
- Parallel beam design for most precise polarization measurements
Polarizers
- UV-grade Glan-Thompson, 10x10 mm, L/A=2.0
- UV-grade Glan-Thompson, 14x14 mm, L/A=2.0
- UV-grade Glan-Taylor, 10x10 mm, L/A=2.0 (for high power lasers)
Detectors
- Selected side-on photomultiplier tubes (PMTs)
- Multi-Channel Plate Detectors (MCPs)
TCSPC Modules
- Electrical Time Resolution down to 8 ps FWHM/5 ps rms
- Minimum Time Channel Width 820 fs
- Total useful count rate up to 4 MHz
- Measurement times down to 1 ms
Lifetime Measurements Range
- 10 milliseconds to 10 picoseconds
Computer and Operating System
- Intel-type CPU, Windows XP operating system
Power Requirements
- Universal power input: 110-240 V, 50/60 Hz, 400 VAC
Dimensions
- 540 mm (L) x 400 mm (W) x 330 mm (H)
Weight
- 26 kg

