The Portman Series portable Raman spectrometer is a compact Raman system designed for both laboratory use and on-site detection across a wide range of applications. The main unit can be configured with different excitation wavelengths, spectral ranges, and resolutions based on specific customer needs and application scenarios. Equipped with a laser that meets Class IIIB safety standards, the system supports full software control and enables one-click data acquisition for a streamlined user experience.
A variety of sampling accessories are available to accommodate solids, liquids, powders, and other sample forms. Specialized attachments such as micro-area sampling modules and immersion probes make the Portman Raman system suitable for complex scenarios including SERS, 2D materials, gemstones, online chemical analysis, biopharmaceuticals, and pharmaceutical applications.
The software includes advanced features such as fluorescence removal, signal extraction, material identification, and spectral database management. The Portman Raman spectrometer has been widely adopted in industries such as food safety, homeland security, gem identification, and pharmaceuticals for rapid raw material screening, on-site detection, and substance identification.
Stone Analysis
The Portman 1064 rapidly and accurately identifies the chemical composition of stones, helping physicians better understand the makeup of calculi to develop more effective treatment and prevention strategies. It is particularly effective for urinary stone composition analysis in clinical practice.
A variety of sampling accessories are available to accommodate solids, liquids, powders, and other sample forms. Specialized attachments such as micro-area sampling modules and immersion probes make the Portman Raman system suitable for complex scenarios including SERS, 2D materials, gemstones, online chemical analysis, biopharmaceuticals, and pharmaceutical applications.
The software includes advanced features such as fluorescence removal, signal extraction, material identification, and spectral database management. The Portman Raman spectrometer has been widely adopted in industries such as food safety, homeland security, gem identification, and pharmaceuticals for rapid raw material screening, on-site detection, and substance identification.
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Features
- Platform-Based Design with Multiple Wavelength Options
Standard configurations include 532 nm, 633 nm, 785 nm, and 1064 nm; other wavelengths (e.g., 671 nm) are available upon request.
- Flexible System Configurations
Available in deep-cooling, cooling, and non-cooled models to meet various sensitivity and application requirements.
- High Resolution and Strong Fluorescence Suppression
Capable of accurately measuring samples with strong fluorescence backgrounds.
- Spatial Optics and Compact Confocal Design
Enables a small laser spot and high spatial resolution, ideal for micro-area detection.
- Multi-Platform Compatibility
Supporting PC, mobile devices, and microscope integration, making it suitable for both lab and field measurements, including immersion sampling.
- Versatile Sampling Accessories
Offering flexible sampling modules including lab stands, immersion probes, and holders for solids, liquids, and powders.
- Intelligent Software Support
Equipped with functions such as Raman baseline correction, periodic acquisition, normalization, and spectral identification. Cloud-based data management is also supported.
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Specification
1064 nm
| Model | PR1064-D |
| Cooling Option | Deep Cooling (-20℃) |
| Spectra Range(cm-1) | 200-2500 |
| Spectral Resolution (cm-1) | ~15 |
| Excitation Wavelength | 1064±0.5nm / Line width＜0.1nm |
| Output Power | 0-500mW (adjustable) |
| Probe Working Distance | 7.5 mm |
| Dimension | 325×220×99 mm |
| Weight | ~4.4 kg |
| Operating temperature | 0-40℃ |
| Operating humidity | 5-80% |
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Dimensional drawing
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Applications
Portman - 1064 nm
Medical Applications
The Portman 1064 non-destructively detects biological molecules such as nucleic acids and proteins. It is applied in cancer diagnostics, blood analysis, and atherosclerosis detection, delivering high-sensitivity and high-resolution solutions for early disease screening and precision medicine.
Medical Applications
The Portman 1064 non-destructively detects biological molecules such as nucleic acids and proteins. It is applied in cancer diagnostics, blood analysis, and atherosclerosis detection, delivering high-sensitivity and high-resolution solutions for early disease screening and precision medicine.
Raman spectra for skin disease screening.
Stone Analysis
The Portman 1064 rapidly and accurately identifies the chemical composition of stones, helping physicians better understand the makeup of calculi to develop more effective treatment and prevention strategies. It is particularly effective for urinary stone composition analysis in clinical practice.
Raman spectra of calculi samples.
