High-Resolution Imaging Spectrometers TEMBO-500
TEMBO-500 high-resolution imaging spectrometer uses an optimized, astigmatism-corrected optical path to achieve ultra-high resolution of 0.07nm, high sensitivity and high wavelength accuracy. It enhances weak-signal detection and spectral-detail resolution, capturing faint fluorescence and Raman signals for fine material-structure analysis and dynamic reaction monitoring, with reliable data for precision research and advanced industrial inspection.
Specification Snapshot
Focal Length
500mm
Weight
34 kg
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Overview
TEMBO-500 high-resolution imaging spectrometer uses an optimized, astigmatism-corrected optical path to achieve ultra-high resolution of 0.07nm, high sensitivity and high wavelength accuracy. It enhances weak-signal detection and spectral-detail resolution, capturing faint fluorescence and Raman signals for fine material-structure analysis and dynamic reaction monitoring, with reliable data for precision research and advanced industrial inspection.
Specifications
| Parameter | Value |
|---|---|
| Focal Length | 500mm |
| Relative Aperture | f/6.5 |
| Spectral Resolution -PMT [10um Slit] | 0.05nm(10um Slit ) |
| Spectral Resolution -CCD | 0.07nm |
| Reciprocal Linear Dispersion | 1.52 nm/mm |
| Wavelength Coverage (30-millimeter-wide CCD) | 41 nm |
| Focal Plane Dimensions (Width × Height) | 30mm*14mm |
| Scanning Wavelength Range | 0-1500nm |
| Scan Step Size | 0.002nm/step |
| Wavelength Accuracy | ±0.2 nm (up to ±0.02 nm after wavelength calibration) |
| Wavelength Repeatability | +/- 0.05nm |
| Grating Turret | 1 (can hold 3 gratings) |
| Number of Supported Turrets | 3 interchangeable triple-grating turret modules, with automatic system calibration after installation |
| Grating Switching Repeatability | 0.02nm |
| Grating Dimensions | 68mm*68mm |
| Astigmatism | Toroidal mirror suppresses astigmatism |
| Hardware Connection Ports | USB and RS-232 |
| Development Library | C#、LABVIEW、Python |
| Certification | CE(EMC) |
| Overall Dimensions (Length*Width*Height) | 606mmx379mmx196mm (excluding accessories and feet) |
| Optical Axis Height | 160mm-186mm |
| Weight | 34 kg |
| Temperature and Humidity | Operating Temperature :5℃ ~30℃; Storage Temperature :-10℃ ~50℃; Humidity :<50%( Relative humidity ) |
Applications
Laser-induced breakdown spectroscopy (LIBS) uses the interaction of high-energy laser pulses with a sample to generate plasma and determines the elemental composition and content of the sample by analyzing the plasma emission spectrum. Laser ablation produces different forms of plasma from the sample; imaging these forms at different stages is important for LIBS analysis. Planar laser-induced fluorescence (PLIF) is a diagnostic technique that uses laser–matter interactions to detect substance distributions. Common target species include OH, CH and NO, important intermediates in flame chemistry. Their measurements provide important reference data for theoretical and experimental research in related fields. Combined with molecular emission spectroscopy theory and other measurement methods, PLIF can also be used for quantitative studies of temperature, concentration and velocity. Time-resolved fluorescence; plasma diagnostics; Raman spectroscopy. These include transient luminescence, fluorescence, electroluminescence and radioluminescence imaging and spectral analysis, widely used in organic light-emitting diodes (OLED), bioluminescence, cell dynamics and scintillator characterization. Plasma diagnostics obtains electron temperature, electron density, particle species and velocity distributions by measuring plasma emission spectra, for applications including nuclear fusion, industrial plasma processing and space physics. Raman spectroscopy detects inelastically scattered light produced by laser illumination of a sample to analyze molecular vibration and rotation, with broad applications in chemistry, materials and biomedicine. Microspectroscopy; microspectroscopy; absorption spectroscopy; transmission spectroscopy. Microspectroscopy combines a spectrometer with a microscope to analyze reflection, transmission, fluorescence or Raman spectra of microscopic samples such as cells, minerals and semiconductor microstructures, enabling microscopic characterization of structure and composition. Absorption spectroscopy uses absorption of specific wavelengths by molecules or atoms for qualitative and quantitative analysis, including ultraviolet-visible-near-infrared, infrared and atomic absorption, for concentration measurement, composition analysis and reaction kinetics. Transmission spectroscopy measures the ratio of transmitted to incident light intensity to study material transparency, absorption band edges, thin-film interference and quantitative concentration.
Key Features
Exceptional high resolution across the full spectral range maintains consistent resolution from short to long wavelengths, revealing fine features for higher analytical accuracy and reliable testing. Optimal grating utilization: axial grating rotation improves sensitivity and grating utilization, with higher optical efficiency and light consistency at different rotation angles. Astigmatism-corrected optics improve focal-plane imaging for better spatial and spectral resolution and image-plane uniformity. Freely interchangeable grating turret: modular multigrating turrets support multiple gratings, customizing one instrument for broadband screening or precision analysis. Dual-input, dual-output configuration: dual channels support simultaneous experiments and multidimensional analysis, with coordinated hardware and software saving time and revealing deeper sample information and correlations. Extensive plug-and-play accessories expand applications, enabling upgrades from standard testing to advanced research. Reliable wavelength accuracy and repeatability.
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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