Handheld 2D High Frequency Surface Scanning Raman Spectrometer – China Suppliers Factory for Advanced Raman Technology
The handheld high-frequency surface swept Raman spectrometer adopts transmission body phase grating (VPG), spatial direct coupling and confocal technology to realize small volume and large flux Raman signal acquisition, and the sensitivity is 10 times that of traditional Raman equipment. At the same time, digital microscopy technology is used to make the laser no longer gather at a fixed point, but constantly move according to the pre-defined trajectory, which breakthrough solves the technical problems such as excessive focus energy, easy damage and even ignition, and expands the application field of Raman technology. The surface scanning technology in the controllable area can measure the average spectrum of the whole surface, and solves the problem of mixture measurement deviation and suspicious object leakage detection. In this mode, the enhanced detection of more than 10 mixtures can be realized, and the surface contamination distribution of chemical poisons or explosives can be more accurately analyzed. The total amount of material spectrum database is more than 10,000, and can be expanded according to the needs to meet the requirements of users.
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1Using the transmission body phase grating technology, the transmission optical path system is used to replace the original reflection structure, and the space direct space coupling is combined to replace the optical fiber coupling to improve the optical collection efficiency, and improve the detection speed and detection limit.
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2The innovative use of micro electromechanical systems (MEMS) in optical systems enables Raman spectrometers with different scanning modes. The high frequency facial mode not only enables the Raman spectrometer to be applied to the detection of dark energetic substances, but also can image the detected objects, which has brought a major breakthrough for the development of Raman detection technology.
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3The Raman rapid analysis model based on deep learning is established, through data training, self-learning and parameter optimization.
| (1) Laser Wave Length | 785 nm ± 0.02nm |
| (2) Resolution | 8–11 cm⁻¹ |
| (3) Laser Power | 1–500 mW continuously adjustable |
| (4) Spectral Range | 200–2800 cm⁻¹ |
| (5) Weight | 809g |
| (6) Volume | 205mm × 105mm × 40mm |
| (7) Display | Screen size ≥ 3.5-inch LCD screen |
| (8) Detection Time | ≤ 5s (Ethanol analytical purity) |
| (9) Mixture Detection | Ability to detect three mixtures |
| (10) With the function of lattice scanning, you can set the scanning point density | |
| (11) With the high-frequency surface scanning function, you can set the scanning range | |
| (12) Dark-colored flammable substances such as potassium permanganate can be detected in the high-frequency surface scanning mode | |
| (13) Maximum Scanning Area | ≥ 3mm × 3mm |
| (14) Continuous Working Hours | Not less than 8 hours (using ethanol verification, measurement not less than 25 times / hour) |
| (15) Power Supply | Rechargeable 18650 lithium battery |
| (16) Communication Function | RS485 communication interface and USB interface |
| (17) Penetration Detection | Can penetrate white paper, envelopes, plastic bottles, brown glass bottles and other micro-transparent materials for detection |
| (18) Operating Temperature | -20℃ ~ 50℃ |
| (19) Protection Level | IP67 |
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