Microscopic Steady-State and Transient Spectroscopy Systems gora-FLIM
The gora-FLIM microscopic steady-state and transient fluorescence spectrometer integrates steady-state and transient fluorescence measurement with a confocal microscopy platform. At submicrometer spatial resolution, it provides fluorescence spectroscopy (PL), fluorescence imaging (PL Mapping), fluorescence lifetime and fluorescence lifetime imaging (FLIM), making it an efficient tool for characterizing luminescent materials and devices.
Specification Snapshot
Spectral Range
450-920nm
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Overview
The gora-FLIM microscopic steady-state and transient fluorescence spectrometer integrates steady-state and transient fluorescence measurement with a confocal microscopy platform. At submicrometer spatial resolution, it provides fluorescence spectroscopy (PL), fluorescence imaging (PL Mapping), fluorescence lifetime and fluorescence lifetime imaging (FLIM), making it an efficient tool for characterizing luminescent materials and devices.
Specifications
| Parameter | Value |
|---|---|
| Laser Type | 405nm picosecond pulsed laser |
| Laser Power | Average power 4mW in pulsed mode |
| Laser Pulse Width | <50ps |
| Pulse Functions | Supports continuous, picosecond-pulse and Burst output modes, with power and repetition-rate monitoring |
| Spectral Range | 450-920nm |
| Minimum Time Resolution | 1ps |
| Fluorescence Lifetime Measurement Range [@picosecond pulsed laser] | 1ns-1μs@picosecond pulsed laser |
| Optional Excitation Wavelengths | Optional other ps pulsed lasers at 375, 450, 515, 640, 670nm and other wavelengths |
| Spatial Resolution [@100X objective @405nm picosecond pulsed laser] | ≤1μm@100X objective@405nm picosecond pulsed laser |
| White-Light Imaging | Equipped with an LED Köhler illumination optical path, a light source adjustable in 16 levels and a 600w-pixel color camera for microscopic sample imaging |
| Objective | Standard bright-field 10x, 50x and 100x plan semi-apochromatic objectives |
| Translation Stage | High-precision motorized XY sample stage with travel 75*50mm, minimum step 50nm and repeat positioning accuracy <1μm |
| Single-Photon Detector | Cooled UV-visible photomultiplier tube, spectral range 220-850nm (expandable), dark count rate ≤300cps and maximum count rate ≥80MHz |
| Time-Correlated Single-Photon Counter (TCSPC) | Time resolution: 1/2/4/8...64/128/256/512/1024ps……33.55μs; dead time 2ns; maximum histogram time channels 1048576 (configurable); instantaneous saturation count rate 500Mcps |
Key Features
Confocal point-scanning FLIM system: a confocal optical path provides ultrahigh XY spatial resolution of 0.5μm, using automatic point scanning for high-spatial-resolution, high-signal-to-noise FLIM measurement. Comprehensive FLIM solution: the in-house gora.Dawn software provides fluorescence spectroscopy, fluorescence spectral imaging, fluorescence lifetime curve fitting, R2 and τ calculations, and FLIM measurements efficiently and easily. Domestically produced core components: an Ideaoptics-developed 320mm focal-length monochromator with a 10-5 stray-light level significantly improves system signal-to-noise ratio. A domestic TCSPC offers 1ps time resolution and 2ns dead time for improved reliability and value. Flexible configuration: modular construction supports fiber spectrometers for cost-effective fluorescence spectroscopy and imaging; the monochromator dual-exit design can also work with a deeply cooled CCD camera to extend fluorescence spectral scanning imaging. Sample stage compatibility.
Datasheet
Product Datasheet
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Supplier Information
Shanghai Ideaoptics Co., Ltd. is a national-level specialized and sophisticated 'Little Giant' enterprise, a deep-spectrum technology innovator. Devoted to the micro-nano optoelectronic field, it develops intelligent full-spectrum technology integrating photonics and AI, building an internationally leading deep-spectrum platform. The company provides comprehensive solutions from technology to products, including micro spectrometers, angle-resolved spectrometers, and confocal Raman spectrometers, widely applied in IC chips, optical chips, biochips, AR/VR, and advanced displays. Through joint R&D centers with universities, Ideaoptics continuously launches breakthrough products, serving over 3,000 customers and cooperating with 170+ semiconductor, advanced materials, and biomedical enterprises, aiming to advance photonic integration and empower semiconductor manufacturing.
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