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FTIR Spectrometer LMFS-A101 is a compact benchtop unit offering wide spectral range of 7800 cm⁻¹ to 350 cm⁻¹. It is designed with cast aluminum base that provides excellent deformation resistance, minimizing vibrations and thermal variations. Equipped with high-sensitivity pyroelectric detector and an IR source module with reflex sphere. Integrates real-time monitoring of temperature and humidity. Our Spectrometer is ideal for infrared spectroscopy in research and industrial settings.
Specifications
| Spectral Range | 7800 cm⁻¹ to 350 cm⁻¹ |
| Resolution | 0.85 cm⁻¹ |
| Wave Number Accuracy | ±0.01 cm⁻¹ |
| Scanning Speed | Microprocessor control, different scanning speed selectable |
| Signal to Noise Ratio | ≥20000 |
| Beam Splitter | Multilayer Ge coated KBr |
| Detector | Room temperature DLATGS module |
| Power Supply | AC220 V, 50 Hz |
| Data Transmission Interface | Ethernet interface |
| Operating System | Compatible to all version Windows OS |
| Dimensions (L × D × H) | 570 × 460 × 420 mm |
| Net Weight | 24 Kg |
Features
Cube-corner Michelson interferometer
Auto software updating system
Gold-coated reflecting mirrors
Visible desiccant windows
Moisture-proof
Digital filter
Optional Accessories
Model No. | Accessory Name |
| LMFS-A101-OA1 | Computer |
| LMFS-A101-OA2 | Printer |
| LMFS-A101-OA3 | KBr hydraulic press (including die set) |
| LMFS-A101-OA4 | Dehumidifier |
| LMFS-A101-OA5 | Die set |
| LMFS-A101-OA6 | Infrared oven |
| LMFS-A101-OA7 | Temperature controller and heater |
| LMFS-A101-OA8 | KBr powder analytical grade |
| LMFS-A101-OA9 | KBr powder spectroscopic grade (25g/bottle) |
| LMFS-A101-OA10 | KBr powder spectroscopic grade (10g/bottle) |
| LMFS-A101-OA11 | Diffuse/Specular reflectance |
| LMFS-A101-OA12 | Horizontal ATR (ZnSe or KRS-5 crystal) |
| LMFS-A101-OA13 | Fixed sample holder (10 mm Cuvette) |
| LMFS-A101-OA14 | Demountable sample holder (10–40 mm Cuvette) |
| LMFS-A101-OA15 | Diffuse transmission accessory |
| LMFS-A101-OA16 | Hydroxyl measurement accessory (for hydroxyl content in quartz glass) |
| LMFS-A101-OA17 | Liquid ATR (Import ZnSe crystal) |
| LMFS-A101-OA18 | Single reflection ATR (ZnSe crystal) |
| LMFS-A101-OA19 | Single reflection ATR (Diamond crystal) |
| LMFS-A101-OA20 | Mortar and pestle (Φ70) |
| LMFS-A101-OA21 | Mortar and pestle (Φ50) |
| LMFS-A101-OA22 | Liquid cells (KBr) |
| LMFS-A101-OA23 | Liquid cells (CaF₂) |
| LMFS-A101-OA24 | Gas cells |
| LMFS-A101-OA25 | KBr window plate (Φ25×4) |
| LMFS-A101-OA26 | CaF₂ window plate (Φ25×4) |
| LMFS-A101-OA27 | BaF₂ window plate (Φ25×4) |
| LMFS-A101-OA28 | ZnSe window plate (Φ25×2) |
| LMFS-A101-OA29 | KBr window plate polishing kit |
Applications
FTIR Spectrometer LMFS-A101 is widely applied in scientific research for analyzing molecular structures and chemical compositions. It also plays crucial role in quality control, testing, and detection across various industries, including pharmaceuticals, material science, and environmental monitoring.
Selection Guide
FTIR Spectrometer LMFS-A101 is widely used in analytical research for identifying organic and inorganic compounds through infrared absorption. It is suitable for applications in pharmaceuticals, polymers, chemical analysis, forensic testing, and environmental monitoring. Researchers prefer this model for experiments requiring accurate spectral data and structural identification due to its wide spectral range of 7800 cm⁻¹ to 350 cm⁻¹ and a high resolution of 0.85 cm⁻¹. Its wave number accuracy of ±0.01 cm⁻¹ ensures reliable and reproducible results. The device features microprocessor control with selectable scanning speeds, making it adaptable to various experimental needs. Customers should consider this model for certified laboratory use where precision, flexibility, and advanced analytical performance are essential.
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Frequently Asked Questions
1 What is a FTIR Spectrometer?
A FTIR Spectrometer is a laboratory apparatus that utilizes infrared radiation to identify and characterize the chemical composition of solid, liquid and gas samples.
2 On what principle is FTIR Spectrometer based upon?
It is based on the interaction between infrared light and the molecular bonds within a sample thereby providing valuable insights into its structural and functional properties.
3 What types of samples can be analyzed using FTIR Spectrometer?
It can analyze wide range of samples including powders, crystals, thin films, solvents, oils and gases.
4 Why is Fourier Transform used in FTIR Spectrometer?
It is used to convert the time-domain data into frequency-domain data (spectrum).
5 What is the difference between FTIR Spectrometer and NMR?
FTIR Spectrometer detects vibrations of chemical bonds in a sample by measuring infrared absorption whereas NMR analyzes the magnetic properties of atomic nuclei.
6 What is meant by signal-to-noise ratio in FTIR Spectrometer?
It refers to the proportion of the signal compared to the background noise.