products-banner
Laser Scanning Confocal Fluorescence Lifetime Imaging Microscopy
Laser Scanning Confocal Fluorescence Lifetime Imaging Microscopy
The FLIM300 is a unique high-speed fluorescence imaging system. It utilizes a AliRE v ing galvanometer mirror to efficiently capture the fluorescence intensity (lifetime) of samples, enabling the acquisition of a high-quality fluorescence intensity (lifetime) image within just a few seconds. For samples exhibiting long-range carrier transport characteristics, the system can fix the excitation point and perform fluorescence signal scanning to detect carrier migration processes. Additionally, the FLIM300 can be integrated with various external modules such as cryogenic setups, high-pressure devices, (transient) photocurrent/photovoltage detection systems, and pulsed voltage modules.
This enables a wide range of advanced measurements, including fluorescence dynamics under different external conditions,high-spatial-resolution photocurrent imaging, electroluminescence dynamics studies, and fluorescence lifetime imaging.
Inquire

Specifications

Laser Scanning Galvo Mirror Systems

Laser inputLaser fiber optic input with an electrically controlled diaphragm system
Imaging range4096*4096 pix (Max)
Wavelength range350-1000 nm


Inverted microscope module

Objectives100x, 50x, 10x air lenses (oil immersion lenses are optional)
Spatial resolution≤260 nm

Steady-state spectroscopy module

MonochromatorFocal length: 300 mm
DetectorPMT or CCD
Spectral range350-870 nm

TCSPC module

Time accuracy7 ps
Spectral range350-870 nm
Number of Bin channels4096
Time window5 μs (expandable for long-lifetime testing)
Time resolution≤70 ps

Optional module

Picosecond laser375/405/440/480/510/635/665/690/850/940/1060 nm
Picosecond super-continuum white light laser410-2400 nm


Fluorescence Intensity Mapping, Fluorescence Lifetime Mappimg

Confocal scanning imaging mode

SampleMAPbI₃ nanowires
Objective100X
Excitation wavelength400 nm

Laser Scanning Confocal Fluorescence Lifetime Imaging Microscopy

Fluorescence Mapping in a Low-Temperature Chamber

Confocal scanning imaging mode

SampleMAPbI₃ nanowires
Objective100X
Excitation wavelength400 nm

Fluorescence Mapping in a Low-Temperature Chamber

Fluorescence Mapping in a High-Pressure Chamber

Confocal scanning mapping mode, Carrier migration imaging mode

SampleMAPbI₃ nanowires
Objective100X
Excitation wavelength400 nm

Fluorescence Mapping in a High-Pressure Chamber

Carrier Migration Mapping

Confocal scanning mapping mode, Carrier migration imaging mode

SampleMAPbI₃ nanowires
Objective100X
Excitation wavelength400 nm

Carrier Migration Mapping

Electroluminescence (EL) Mapping

Testing condition

SampleQDs LEDVoltage10 VTime precision25 ns
Objective4X air lensPulse width10 usAcquisition time28 min
Excitation wavelength405 nmFrequency10 KHz

Electroluminescence (EL) Mapping

Applications

Sample Experiment

SampleLaser chipExcitation wavelength515 nm

Sample Experiment

Photocurrent Mapping

Sample Experiment

SamplePerovskite solar cells device
Objective100X
Excitation wavelength405 nm

Laser Scanning Confocal Fluorescence Lifetime Imaging Microscopy








By delivering innovative, reliable, and scalable solutions, we empower industries to achieve unparalleled precision and efficiency, driving progress in research and manufacturing worldwide.
Copyright © 2025 Time Tech Spectra. All Rights Reserved.| Sitemap | Privacy Policy