Scientific True Confocal Raman Imaging Microscope
ATR8800
ATR8800 is scientific-grade true confocal Raman imaging microscope for microparticles size up to 1μm. It provides 4 wavelengths build-in one Raman microscope from 266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, 1064 nm.
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minimum order
1
Country of Origin
Made in China
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Description:
Optosky ATR8800 Series Confocal Raman Imaging Microscope:
Precision, Speed, and Versatility for Advanced Scientific Research
The ATR8800 Raman spectroscopy series by Optosky represents the pinnacle of confocal Raman imaging microscopy, combining cutting-edge technology, unrivaled sensitivity, and precision to meet the demands of the most advanced scientific research. Launched as the first self-developed confocal Raman microscope in China in 2022, the ATR8800 is designed to empower researchers with the tools they need for high-resolution material analysis, from the micro to the nano scale.
Precision, Speed, and Versatility for Advanced Scientific Research
The ATR8800 Raman spectroscopy series by Optosky represents the pinnacle of confocal Raman imaging microscopy, combining cutting-edge technology, unrivaled sensitivity, and precision to meet the demands of the most advanced scientific research. Launched as the first self-developed confocal Raman microscope in China in 2022, the ATR8800 is designed to empower researchers with the tools they need for high-resolution material analysis, from the micro to the nano scale.
Multi-Wavelength Flexibility
The ATR8800 scientific-grade confocal Raman imaging microscope offers a wide selection of wavelengths—266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, and 1064 nm—giving users the freedom to choose from single-band, dual-band, triple-band, or quad-band configurations. This flexibility allows researchers to tailor the system to their specific material and experimental requirements, whether they’re conducting routine analysis or exploring complex materials with diverse spectral signatures.
The ATR8800 scientific-grade confocal Raman imaging microscope offers a wide selection of wavelengths—266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, and 1064 nm—giving users the freedom to choose from single-band, dual-band, triple-band, or quad-band configurations. This flexibility allows researchers to tailor the system to their specific material and experimental requirements, whether they’re conducting routine analysis or exploring complex materials with diverse spectral signatures.
Exceptional Spatial Resolution and High-Resolution Spectral Data
Thanks to its confocal pinhole technique, the ATR8800 achieves ultra-high spatial resolution, with a minimum spot size of <1 μm—perfect for studying intricate microstructures and trace materials. The system’s 0.35 cm-1 spectral resolution ensures unparalleled detail in Raman spectra, allowing for precise chemical and structural characterization of even the most challenging materials. Whether you are analyzing thin films, nanomaterials, or biological samples, the ATR8800 excels in delivering the clarity and accuracy required for your research.
Thanks to its confocal pinhole technique, the ATR8800 achieves ultra-high spatial resolution, with a minimum spot size of <1 μm—perfect for studying intricate microstructures and trace materials. The system’s 0.35 cm-1 spectral resolution ensures unparalleled detail in Raman spectra, allowing for precise chemical and structural characterization of even the most challenging materials. Whether you are analyzing thin films, nanomaterials, or biological samples, the ATR8800 excels in delivering the clarity and accuracy required for your research.
Super Fast, High-Sensitivity Scanning
Speed and sensitivity are at the heart of the ATR8800’s capabilities. With its super-fast auto-focus and auto-scan features, it enables high-throughput, ultra-fast imaging—capable of scanning and acquiring data from trace micron-sized specimens in under 2 seconds. The high sensitivity ensures the detection of even the faintest Raman signals, making it ideal for applications in nanotechnology, material science, biological research, and semiconductor analysis.
Speed and sensitivity are at the heart of the ATR8800’s capabilities. With its super-fast auto-focus and auto-scan features, it enables high-throughput, ultra-fast imaging—capable of scanning and acquiring data from trace micron-sized specimens in under 2 seconds. The high sensitivity ensures the detection of even the faintest Raman signals, making it ideal for applications in nanotechnology, material science, biological research, and semiconductor analysis.
Innovative Optical and Laser Technology
The ATR8800’s innovative optical and laser system is designed for high-speed laser focusing, providing crystal-clear image quality with exceptional clarity. The system’s advanced laser spot technology guarantees superior Raman spectral data, minimizing signal distortions caused by misalignment, while its μm-level laser spot size makes it perfect for detailed single-cell or small-scale material analysis.
The ATR8800’s innovative optical and laser system is designed for high-speed laser focusing, providing crystal-clear image quality with exceptional clarity. The system’s advanced laser spot technology guarantees superior Raman spectral data, minimizing signal distortions caused by misalignment, while its μm-level laser spot size makes it perfect for detailed single-cell or small-scale material analysis.
Exclusive Sealed Sample Compartment for Continuous Use
Designed with user convenience in mind, the ATR8800 Auto-scan Raman imaging microscope features an exclusive sealed sample compartment with a push-pull door mechanism, allowing seamless operation without the need to turn off lab lights. This makes it particularly suited for day-time experiments or environments where consistent lighting conditions are essential for accurate measurements.
Designed with user convenience in mind, the ATR8800 Auto-scan Raman imaging microscope features an exclusive sealed sample compartment with a push-pull door mechanism, allowing seamless operation without the need to turn off lab lights. This makes it particularly suited for day-time experiments or environments where consistent lighting conditions are essential for accurate measurements.
Versatile Software for Advanced Data Analysis
The ATR8800 Confocal Raman microscopy is equipped with powerful, intuitive software that provides multi-band spectral splicing and large-area imaging capabilities. This enables the creation of comprehensive Raman maps, seamlessly stitching together data from multiple Raman bands, and offering a complete view of the material's chemical and structural properties.
The ATR8800 Confocal Raman microscopy is equipped with powerful, intuitive software that provides multi-band spectral splicing and large-area imaging capabilities. This enables the creation of comprehensive Raman maps, seamlessly stitching together data from multiple Raman bands, and offering a complete view of the material's chemical and structural properties.
Applications Across Multiple Industries
Whether you're researching graphene, nanomaterials, semiconductors, biological samples, or polymers, the ATR8800 delivers exceptional performance for a wide range of scientific applications. It is the ideal solution for labs and industries requiring high-speed, high-resolution Raman analysis—be it for quality control, materials characterization, failure analysis, or high-precision measurements.
Whether you're researching graphene, nanomaterials, semiconductors, biological samples, or polymers, the ATR8800 delivers exceptional performance for a wide range of scientific applications. It is the ideal solution for labs and industries requiring high-speed, high-resolution Raman analysis—be it for quality control, materials characterization, failure analysis, or high-precision measurements.
Features
Multi-Wavelength Flexibility:
The ATR8800 supports 4 excitation wavelengths—266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, and 1064 nm—giving researchers the ability to choose from single, dual, triple, or quad-band configurations. This extensive wavelength range ensures precise measurements across a variety of materials, providing unparalleled versatility for multimodal analysis.
The ATR8800 supports 4 excitation wavelengths—266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, and 1064 nm—giving researchers the ability to choose from single, dual, triple, or quad-band configurations. This extensive wavelength range ensures precise measurements across a variety of materials, providing unparalleled versatility for multimodal analysis.
Ultra-High Spatial Resolution:
With a <1 μm laser spot size, the ATR8800 delivers exceptional spatial resolution, perfect for imaging microstructures and conducting high-precision analyses of trace materials. The system's confocal light path improves image quality by minimizing out-of-focus light, ensuring only sharp, clear, high-quality data.
With a <1 μm laser spot size, the ATR8800 delivers exceptional spatial resolution, perfect for imaging microstructures and conducting high-precision analyses of trace materials. The system's confocal light path improves image quality by minimizing out-of-focus light, ensuring only sharp, clear, high-quality data.
High Spectral Resolution:
Achieving a spectral resolution of 0.35 cm-1, the ATR8800 provides unmatched chemical detail, enabling the detection of subtle material differences and precise spectral characterization for advanced research.
Achieving a spectral resolution of 0.35 cm-1, the ATR8800 provides unmatched chemical detail, enabling the detection of subtle material differences and precise spectral characterization for advanced research.
Super Fast Auto-Scan and Auto-Focus:
The ATR8800 boasts automatic focus and auto-scan functions that provide rapid, precise positioning and focusing, scanning micron-sized specimens in under 2 seconds. This enables fast, high-throughput imaging without sacrificing resolution or sensitivity.
The ATR8800 boasts automatic focus and auto-scan functions that provide rapid, precise positioning and focusing, scanning micron-sized specimens in under 2 seconds. This enables fast, high-throughput imaging without sacrificing resolution or sensitivity.
Exceptional Sensitivity:
With a signal-to-noise ratio (SNR) >6000:1, the ATR8800 achieves ultra-high sensitivity, ensuring that even the faintest Raman signals are detected with high clarity. This makes the system ideal for low-concentration samples and complex materials that require sensitive measurements.
With a signal-to-noise ratio (SNR) >6000:1, the ATR8800 achieves ultra-high sensitivity, ensuring that even the faintest Raman signals are detected with high clarity. This makes the system ideal for low-concentration samples and complex materials that require sensitive measurements.
Long Focal Length & High-Quality Objective Lens:
The ATR8800 features a long focal length for better focus on thicker samples, while its high-quality objective lenses ensure precise micron-level light spot accuracy. This combination provides exceptional depth of field and clear imaging of micro-scale structures.
The ATR8800 features a long focal length for better focus on thicker samples, while its high-quality objective lenses ensure precise micron-level light spot accuracy. This combination provides exceptional depth of field and clear imaging of micro-scale structures.
Rotated Grating for Enhanced Spectral Precision:
The system includes a rotated grating, enhancing the spectral range and ensuring precise wavelength selection, improving spectral data quality for detailed analysis across a variety of materials.
The system includes a rotated grating, enhancing the spectral range and ensuring precise wavelength selection, improving spectral data quality for detailed analysis across a variety of materials.
Large Imaging Range and Automated Imaging Splicing:
The ATR8800 is equipped with a 100×100 mm imaging range, and its automated imaging splicing feature allows for the seamless combination of multiple scans into a single, high-resolution image. This makes it perfect for large-area or high-throughput imaging applications.
The ATR8800 is equipped with a 100×100 mm imaging range, and its automated imaging splicing feature allows for the seamless combination of multiple scans into a single, high-resolution image. This makes it perfect for large-area or high-throughput imaging applications.
Exclusive Sealed Sample Compartment:
The ATR8800 features a closed hatch sample compartment that enables measurements without turning off lab lights, offering a sealed environment ideal for continuous, light-efficient measurements. This design ensures the system operates consistently, even in lab environments with varying lighting conditions.
The ATR8800 features a closed hatch sample compartment that enables measurements without turning off lab lights, offering a sealed environment ideal for continuous, light-efficient measurements. This design ensures the system operates consistently, even in lab environments with varying lighting conditions.
High-Resolution Cameras and USB 3.0 Interface:
Equipped with 5 million-pixel cameras, the ATR8800 provides high-definition imaging with clear and accurate real-time visualization of Raman data. The USB 3.0 interface ensures fast data transfer and seamless integration into existing lab setups.
Equipped with 5 million-pixel cameras, the ATR8800 provides high-definition imaging with clear and accurate real-time visualization of Raman data. The USB 3.0 interface ensures fast data transfer and seamless integration into existing lab setups.
Advanced software for Powerful Data Analysis
The ATR8800 comes with user-friendly software that enables multi-band spectral splicing and large-area imaging. It allows researchers to easily combine multiple Raman bands for comprehensive data analysis, generate high-quality images, and assess complex material characteristics in a single workflow. The system also provides easy access to powerful image-processing tools that enhance your analysis and help you derive meaningful results with minimal effort.
Application
- Nanoparticles And New Materials
- Universities And Research Institutes
- Biotechnology : Biological Sciences
- Biopharma : Forensic Medicine Identification
- Material Science
- Chemistry : Medical Immunoassay
- Agriculture And Food Identification : Food & Beverage