Description
VERTEX 80 Spectrometer
Buy VERTEX 80 Spectrometer by Bruker Optics is a high-performance Fourier Transform Infrared (FT-IR) spectrometer designed for advanced research and analytical applications. Equipped with Bruker innovative RockSolid interferometer and ultra-stable optics, the Bruker vertex 80v price delivers exceptional spectral resolution, accuracy, and flexibility for demanding laboratory environments.
Engineered to support cutting-edge materials research, chemical analysis, and molecular spectroscopy, the Vertex 80 spectrometer price offers superior signal-to-noise ratio and modular configurability ensuring precise results across mid near and far-infrared spectral ranges. Its open architecture design and extensive accessory compatibility make it one of the most versatile FT-IR platforms in the industry.
Key Features:
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RockSolid Interferometer – Maintenance-free cube corner design ensures long-term stability and precision.
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High Spectral Resolution – Achieve resolutions better than 0.2 cm for detailed molecular analysis.
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Broad Spectral Range – Configurable from far-IR to near-IR with interchangeable components.
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Modular & Upgradeable System – Easily adapts for microscopy, step-scan, and THz applications.
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Exceptional Signal-to-Noise Ratio – Delivers reliable and reproducible measurements for complex samples.
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User-Friendly Software – Powered by OPUS for intuitive control, data processing, and reporting.
Applications:
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Material and polymer research
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Chemical and pharmaceutical analysis
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Thin-film and surface studies
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Optical component characterization
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Molecular spectroscopy and education
Technical Highlights:
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Spectral resolution: < 0.2 cm⁻¹
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Wavelength range: up to 50,000-15 cm⁻¹ (depending on configuration)
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Interferometer: Bruker RockSolid cube corner
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Beam splitter options: KBr, CaF2, Mylar, and more
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Detector options: DLaTGS, MCT, InGaAs
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Software: Bruker OPUS platform
Why Choose the VERTEX 80
The Bruker VERTEX 80 sets the benchmark for research-grade FT-IR spectroscopy, offering unmatched flexibility, precision, and optical performance. Whether for academic research, industrial R&D or quality control, it provides reliable, high-resolution results that meet the most rigorous analytical demands.
