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Routine Raman Microscope
Product Code: ATR3110XW
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  • ATR3110XW Raman spectrometer microscope adaptation version is a breakthrough high-sensitivity Raman spectrometer developed by Optosky. It uses a cooled high-sensitivity CCD, which makes the instrument have good environmental adaptability and is suitable for long integration time. 
  • ATR3110XW contains four core components: narrow linewidth Raman laser, spectrometer, Raman Fiber Probes and microscope adapter.
  • ATR3110XW uses fiber probes and professionally designed microscope adapters, which are easy to use with microscopes of various brands. The micro-Raman spectrometer is easy to configure and can perform dual analysis of surface morphology and physical properties of samples, making it very suitable for laboratory scientific research. The excellent low stray light design of ATR3110XW can adapt to use in complex environments, especially in scientific research, food safety, pharmaceutical engineering applications, etc.

Confocal Raman Microscope
Wavelength 785;1064;830;266;532;633
SNR 3000:1 or 10000:1
Spectral Range 200-3300
Detector Deep Cooled CCD
Spectral Resolution 4-25 cm-1
Spectral Stability σ/μ < 0.5% (COT 8 hours)
Temperature Stability Spectrum Shift ≤ 1 cm-1 (10~40 ℃)
Working Humidity < 90%RH(No Condensation)
Working Temperature -10~45 ℃
Interface USB 2.0
Laser Linewidth 0.08 nm
Laser Power 550;500;100;50;80
Voltage DC 5V±5%
Dimensions 30cm×22.5cm×13.2 cm

  • Can be combined with different types of microscopes
  • Fiber optic Raman probes and adapters are customizable
  • Ultra-high sensitivity detector;
  • The sensor is cooled to -10 ℃;
  • Detachable fiber optic probe
  • Ultra-low noise circuit;
  • Powerful PC-side spectrum analysis software;
  • Peak search and display;
  • USB 2.0;
  • Friendly human-computer interface;

  • Nanoparticles and new materials
  • Research institute research
  • Biology
  • Forensic Medicine Identification
  • material science
  • Medical Immunoassay
  • Agriculture and food identification
  • Gem and inorganic mineral identification
  • environmental science

Q: What is the ATR3110XW Series Routine Raman Microscope?
A: The ATR3110XW Series Routine Raman Microscope is a high-sensitivity Raman spectrometer developed by Optosky. It is designed to be adaptable with microscopes of various brands, allowing for dual analysis of surface morphology and physical properties of samples. The system is ideal for laboratory scientific research and a range of applications, including food safety, pharmaceutical engineering, and environmental science.

Q: What are the key components of the ATR3110XW Raman spectrometer?
A: The ATR3110XW Series consists of four core components:
Narrow linewidth Raman laser for precise Raman spectroscopy.
High-performance spectrometer for accurate spectral analysis.
Raman fiber probes for flexible sample analysis.
Microscope adapter that allows integration with a variety of microscopes.

Q: What makes the ATR3110XW Series unique compared to other Raman microscopes?
A: The ATR3110XW Series is unique due to its:
High sensitivity and cooled CCD detector, which is cooled to -10°C to reduce noise and allow for long integration times.
Ultra-low noise circuit design, providing high-quality spectral data even in complex environments.
Flexibility in use, with customizable fiber optic Raman probes and microscope adapters that can be used with various microscope brands.
Portable and adaptable design with a detachable fiber optic probe, making it versatile for different applications and environments.

Q: What types of applications are suitable for the ATR3110XW Series?
A: The ATR3110XW Series is suitable for a wide range of applications, including:
Nanoparticles and new materials research
Research in scientific institutes
Biological sciences
Forensic medicine identification
Material science
Medical immunoassays
Agriculture and food safety identification
Gem and inorganic mineral identification
Environmental science

Q: How does the ATR3110XW Series perform in different environments?
A: The ATR3110XW Series is designed to perform well in various environments due to its excellent low stray light design, high sensitivity detector, and ultra-low noise circuit. These features enable it to operate effectively in complex settings, making it suitable for scientific research, food safety, and pharmaceutical engineering applications.

Q: Can the ATR3110XW Series be used with different types of microscopes?
A: Yes, the ATR3110XW Series is compatible with various types of microscopes. It includes a professionally designed microscope adapter and customizable fiber optic Raman probes, making it easy to integrate with microscopes from different brands for enhanced versatility.

Q: What are the advantages of the cooled CCD detector in the ATR3110XW Series?
A: The cooled CCD detector in the ATR3110XW Series is cooled to -10°C, which significantly reduces thermal noise. This feature enhances the sensitivity of the instrument, allowing for longer integration times and better detection of weak Raman signals, which is especially useful in challenging environmental conditions.

Q: What software capabilities are included with the ATR3110XW Series?
A: The ATR3110XW Series comes with powerful PC-side spectrum analysis software that includes features such as:
Peak search and display for easy identification of Raman peaks.
User-friendly human-computer interface for simple operation and data analysis.
USB 2.0 connectivity for easy data transfer to a computer.

Q: How easy is it to configure and use the ATR3110XW Series for different experiments?
A: The ATR3110XW Series is designed for ease of use and quick configuration. The microscope adapter and fiber optic probes are easy to install and integrate with existing microscopes, allowing for rapid setup and flexibility in performing different types of Raman experiments.

Q: What benefits does the ATR3110XW Series offer for routine Raman spectroscopy?
A: For routine Raman spectroscopy, the ATR3110XW Series offers:
High sensitivity and low noise for accurate and reliable spectral data.
Flexibility and adaptability with different microscopes and probes.
Easy operation and configuration, making it suitable for routine use in various research and industrial applications.

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