FTIR Spectrophotometer FTS200

Introduction

FTIR Spectrophotometer delivers high spectral accuracy with a 30,000:1 signal-to-noise ratio for precise chemical analysis. It features a sealed Michelson interferometer, gold-coated reflector, and DLATGS detector for stable, reliable performance. Integrated software and a 1,800-compound library simplify spectral identification. Built with a durable cast aluminum optical bench, ensuring low maintenance and long-term use. Ideal for pharmaceutical, petrochemical, food, polymer, and academic applications

Applications

FTIR Spectrophotometer features a high signal-to-noise ratio of 30,000:1 for precise spectral analysis. It is designed for use in pharmaceuticals, materials science, petrochemicals, food safety, and academic research.

Specifications

Spectral Range	7800 ~ 375 cm-1
Spectral Accuracy	0.01 cm-1
Signal Noise Ratio	30000:1 DLATGS, Resolution@4cm-1. Sample and Background Scan for 1 Min@2100cm-1
100%τ Line Tilt Range	Better than 0.5τ% 2200~1900cm -1
Resolution	1 cm-1 Wave
Spectral Repeatability	1 cm-1
Detector	High Resolution DLATGS Detector with Moisture-Proof Coating
Beamsplitter	KBr Coated with Ge
Light Source	Long-Life, Air-Cooled IR Light Source
Electronic System	A/D Converter of 24 Bits at 500MHz, USB 2.0
Power	110-220V AC, 50-60Hz
Dimension	450mm×350mm×235 mm
Weight	14Kg

Features

Digital Humidity Display with Alarm.

Tool-Free Desiccant Box Replacement.

Push-Pull Type Sample Bin Design.

Ceramic Light Source.

Off-axis Mirror with SPDT Precision Cut.

Steel Rail for Stability.

Energy-Efficient Operation <30W.

Intelligent Software with Calibration.

Real-time Spectral Acquisition Monitoring.

FAQs

1. What are FTIR Spectrophotometers used for?

FTIR Spectrophotometers are used for qualitative and quantitative chemical analysis through precise infrared spectral measurement.

2. How do FTIR Spectrophotometers ensure high sensitivity and stability?

FTIR Spectrophotometers use sealed interferometers and advanced optical components to deliver stable and highly sensitive measurements.

3. What types of samples can be analyzed using FTIR Spectrophotometers?

FTIR Spectrophotometers support a wide range of sample types, including solids, liquids, and gases.

4. What software features are included in FTIR Spectrophotometers?

FTIR Spectrophotometers include user-friendly software for spectral identification, comparison, and data interpretation.

5. What optical components enhance accuracy in FTIR Spectrophotometers?

FTIR Spectrophotometers feature high-resolution detectors, durable optical benches, and extensive spectral libraries for accurate results.

6. Where are FTIR Spectrophotometers commonly used?

FTIR Spectrophotometers are commonly used in pharmaceutical testing, material analysis, petrochemical research, food safety, and academia.