A leader in domestically manufactured Raman spectrometers, we also offer systems based on Japanese Hamamatsu detectors for excellent cost effectiveness. RAM3 785nm Raman system, laser power 500mW: A CMOS-based system for basic Raman measurement, with ultralow cost and performance meeting user needs. It uses a narrow-linewidth Raman laser, a fully imported Japanese CMOS detector and hardware chips from the USA/Germany/Japan. Pure-alcohol Raman peaks are shown below. 1. CMOS-based Raman detection provides a capable RAM3 solution. 2. Compared with high-end Raman equipment, RAM3 is a low-cost entry-level system with sufficiently strong performance. 3. With the SDK, end users can easily develop their own applications.
| Parameter | Value |
| Wavelength Range | 790 - 1000 nm (Raman 785) |
| Resolution (FWHM) [MIN FWHM] | 0.5nm (MIN FWHM) |
| Resolution (Raman Shift) [MIN FWHM] | 7cm-1(MIN FWHM) |
| Laser | Laser785 |
| Laser Spectral Line | 0.1nm |
| Laser Power | 500mW |
| Long Pass Filter | 790nm |
| Integration Time | 1ms - 65 seconds |
| Optical Slit [default] | 25(default) |
| Optical Fiber Interface | SMA905 |
| Detector | CMOS 2048 pixel from JAPAN |
| Probe | Raman Probe |
| Fan-Cooled | Yes |
| LCD Display | Supported |
| Grating | 1200line/mm |
| Fiber | 105um |
| Dimensions | 220 mm × 185 mm × 94 mm |
| Raman Shift Range | 200-2900cm⁻¹ |
| Signal/Noise | 1000:1 |
Low-cost Raman system: Raman shift200-3200cm-1; high-performance532 or 785 Raman laser; signal-to-noise ratio800:1, with snr=(signal-noise)/deviation; excellent probe design; 7cm-1 resolution; SMA905 connector and 105um fiber; recommended integration time1ms-5 seconds; easy integration. Modes:1. Transmission/reflection for glass or transparent objects.2. Raman spectroscopy with a laser.3. Concentration measurement with a xenon lamp, UV absorbance and the Beer-Lambert law.4. Fully automatic single-, two- or three-axis stages, microscope motors, autofocus, camera, stitched spectra and motion control including arc acquisition and S-curve acceleration/deceleration.5. X-axis time-series measurement with a mercury-argon lamp for X-axis stability.6. Y-axis time-series measurement with a laser for center-wavelength stability.7. Microscopy with a motorized stage for transmission/reflection or Raman hyperspectral imaging.8. LIBS with a1064 Nd-YAG laser for metal composition.9. Film-thickness measurement over 5um-100um.10. Colorimetry for XYZ, Lab, Yxy, HSV, LCH, RGB.11. Remote inline spectral-data measurement.12. Sample-distribution uniformity, including pharmaceutical particles and LED illumination. Windows and Linux secondary-development packages are available.
Please provide your email to download the datasheet.
Shanghai Jiepu Technology Co., Ltd. is a high-tech enterprise with over ten years of experience in spectroscopy. As a leading domestic supplier of spectroscopy R&D, production and integrated solutions, we are committed to the independent R&D and production of domestic spectrometers. Our product line includes micro fiber optic spectrometers, Raman spectrometers, various transmission/reflection optical systems, Raman optical systems, and micro-imaging optical systems. We provide one-stop optical solutions for various industries. Our applications cover environmental water quality and flue gas monitoring, drug testing, public security, jewelry identification, skin quality testing, crop testing, cancer cell testing, new materials testing, etc. With a senior engineering team and cooperation with universities like Fudan and Tongji, we deliver high-performance, cost-effective products and services.