FTIR Spectrometer System

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FTIR Spectrometer System Specification

Model No
As per manufacturer (refer to product label)

Core Components
Interferometer, IR source, Detector (DLATGS/Pyroelectric), Optical bench, Electronics module

Automation Grade
Automatic

Frequency
Spectral range 4000 – 400 cm⁻¹

Capacity
Sample compartment for standard 10 mm cells or similar accessories

Power Source
AC mains

Feature
High signal-to-noise ratio, user-friendly software, fast scanning, USB connectivity

Measurement Range
4000 – 400 cm⁻¹

Voltage
AC 220V ±10%, 50/60 Hz

Temperature Range
Ambient to 150°C (with optional transmission cell or accessories)

Accuracy
Wavelength precision ±0.01 cm⁻¹

Equipment Materials
High-strength metal chassis, corrosion-resistant sample compartment

Type
Fourier Transform Infrared (FTIR) Spectrometer

Usage
Qualitative and quantitative analysis of organic and inorganic materials, routine and research lab applications

Display Type
Digital LCD

Dimension (L*W*H)
Approx. 540 × 450 × 220 mm

Weight
Approx. 20 kg

About FTIR Spectrometer System

FTIR Spectrometer System:-

Importer & Supplier of FTIR Spectrometer & FTIR Spectrometer (LT-4100). Our product range also comprises of PCR Thermal Cycler and Double Beam UV-VIS Spectrophotometer.
Importer & Supplier of FTIR Spectrometer & FTIR Spectrometer (LT-4100). Our product range also comprises of PCR Thermal Cycler and Double Beam UV-VIS Spectrophotometer.
We offer FTIR spectrometer which is used for Fourier transform infrared spectroscopy (FTIR).

Features:-

New type cube-corner Michelson interferometer features smaller size and more compact structure, providing higher stability and less sensitive to vibrations and different than conventional oil Michelson interferometer.
Fully sealed damp and dust proof interferometer, adopting high performance, long life sealing material and desiccator, ensures higher adaptability to the environment and increase the accuracy and reliability in operation. Viewable window for silica gel enables easy examination and replacement.
Isolated IR source with large space heat dissipation chamber design provides high thermal stability. Strong interference is achieved without the need to adjust the power.
High intensity IR source adopts a reflex sphere to get even and stable IR radiation.
Fan cooling design ensures good stretch postpone mechanical stability.
Super wide sample compartment provides more flexibility to incorporate different materials.
Application of programmable gain amplifier precision, high A/D converter and embedded computer improves the accuracy and reliability of the entire system.
Spectrometer connects to the PC via USB port for direct control and communications data, fully recognize the plug-and-play operation.
Compatible PC control and user friendly, rich function software enables simple, flexible and easy operation. Collection Spectrum, spectrum conversion, spectrum processing, exploring the spectrum, and the spectrum output function etc. can be performed.
Various special IR libraries are available for the search procedure. Users can also add and maintain new library or library set up for themselves.
Devices such as Reflection defused / specular, ATR, Liquid cell, Gas cell, and IR microscope etc. can be mounted in the sample compartment.

Advanced Spectral Analysis and Precision

This FTIR spectrometer system delivers high-resolution spectral data with a wavelength precision of 0.01 cm, allowing detailed qualitative and quantitative chemical analysis. The included advanced FTIR software suite supports rapid, automated processing and reporting in multiple languages, ensuring accuracy and efficiency for both routine and research applications.

Versatile Accessory Compatibility

Engineered for flexibility, the instrument seamlessly integrates with ATR, KBr pellet, and liquid cell accessories. The spacious sample compartment accommodates standard 10 mm cells and supports additional temperature control up to 150C with optional attachments, making it suitable for a broad range of sample types and analytical requirements.

FAQs of FTIR Spectrometer System:

Q: How does the FTIR Spectrometer ensure accurate chemical analysis?

A: The system features high spectral resolution (better than 1 cm) and a signal-to-noise ratio of 20,000:1, enabling precise detection and quantification of chemical components. Advanced software aids in data analysis, ensuring reliable results.

Q: What types of samples can I analyze with this spectrometer?

A: You can analyze solids, liquids, and films using various compatible accessories such as ATR, KBr pellets, and liquid cells. The adjustable aperture and temperature options broaden its applicability to diverse sample types.

Q: When should I use the DLATGS detector in my analysis?

A: The integrated DLATGS (Deuterated L-alanine triglycine sulphate) detector is ideal for most FTIR applications, delivering excellent sensitivity and stability for routine and research-based spectral measurements.

Q: Where can the spectrometer be installed in the laboratory?

A: Its bench-top, compact design (540 450 220 mm) and robust chassis allow installation in standard laboratory environments, requiring only AC mains power and standard environmental controls (10C to 40C, <80% humidity).

Q: What is the process for setting up and operating the FTIR system?

A: Setup involves connecting the instrument via USB, LAN, or Wi-Fi and installing the included analytical software. Sample preparation depends on accessory use (ATR, KBr pellet, liquid cell), after which measurements can be performed with automated scanning and real-time data display.

Q: How does the system benefit laboratory workflows?

A: Its fast scan speed (up to 80 scans/sec) and user-friendly software streamline workflows, while robust automation and digital LCD readout provide efficient data processing and reporting for both routine and complex analyses.

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