Overview

FTIR Spectrometer LMFS-B100 has spectral range of 8000 to 350 cm⁻¹. It features highly stable interferometer and long-lasting IR source. Equipped with high-sensitivity detector for optimal signal detection. Incorporated with user-friendly interface for seamless operation. Our Spectrometer is ideal for material identification and molecular structure analysis.

Features :

Diode-based system

Regulatory Compliance

Compact Design

Fast Analysis

Specifications :

Spectral Range	8,000 to 350 cm⁻¹
Spectral Resolution	0.75 cm⁻¹
Interferometer	RockSolid with gold mirrors, high throughput, permanent alignment
Laser Type	Diode laser
IR Source	CenterGlow technology for optimized light flux
Detector	DTGS and temperature-controlled
Optics	Sealed and desiccated
Work Disk Material	Stainless steel
Pressure Applicator	Slip clutch high-pressure applicator
Weight	7 kg

Standard Accessories :

Accessory	Unit	Quantity
Desiccant	Each	1
Polymer Spectra Library	Each	1
Set Of Tools	Each	1
Touch Panel Computer With OPUS-TOUCH Software	Each	1
OPUS/SEARCH Software Package	Each	1

Optional Accessories :

Model No.	Accessory	Unit	Quantity
LMFS-B100-T1	Trolley	Each	1
LMFS-B100-C1	Carrying Case	Each	1
LMFS-B100-S2	Smart cloud storage device	Each	1

Applications :

FTIR Spectrometer LMFS-B100 is vital for raw material identification, quality control, counterfeit drug detection in pharmaceuticals, and pollutant analysis in air, water, and soil environments.

Selection Guide :

FTIR Spectrometer LMFS-B100 is suitable for advanced analytical research and routine laboratory applications. With a broad spectral range of 8,000 to 350 cm⁻¹ and a high spectral resolution of 0.75 cm⁻¹, this instrument is suitable for identifying organic and inorganic compounds, studying molecular structures, and conducting quantitative analysis in pharmaceuticals, polymers, chemicals, and environmental testing. The Rock-solid interferometer with gold mirrors ensures high optical throughput and long-term stability due to its permanent alignment, making it reliable for high-precision research studies. The integrated diode laser provides consistent wavelength calibration, enhancing measurement accuracy. Customers should consider this model if their requirements include advanced materials analysis, regulatory compliance, and experiments that demand long-term reliability, accurate resolution, and consistent performance across a wide spectral range.