Bruker INVENIO FT-IR Spectrometer

Description

Bruker INVENIO FT-IR Spectrometer – Advanced Fourier Transform Infrared Spectroscopy System for Research, Quality Control & Material Analysis

The Bruker INVENIO FT-IR Spectrometer is a premium Analytical Instrument designed for advanced Fourier Transform Infrared analysis in research, industrial, and laboratory environments. It provides accurate molecular identification, material characterization, and chemical analysis through powerful FT-IR spectroscopy technology.

Featuring the reliable RockSolid™ interferometer, flexible detector options, advanced OPUS software, and extensive accessory compatibility, the INVENIO delivers a versatile platform for applications ranging from routine quality control to complex scientific research.

The Bruker INVENIO FT-IR Spectrometer is an ideal solution for organizations requiring a reliable, expandable, and high-precision infrared spectroscopy system for pharmaceutical, chemical, polymer, semiconductor, and material science applications.

Main Benefits

High-Performance FT-IR Analysis
Provides detailed molecular fingerprinting for accurate material identification and chemical characterization.

Flexible Research Platform
Supports routine quality control as well as advanced spectroscopy research with multiple accessories and upgrade options.

Excellent Spectral Accuracy
Delivers high-resolution measurements for demanding analytical applications.

Expandable Configuration
Allows users to add detectors, sampling accessories, microscopy, Raman, imaging, and specialized measurement modules.

Reliable Long-Term Performance
Designed with Bruker RockSolid™ interferometer technology for stable operation against vibration and temperature changes.

Key Features

Advanced Fourier Transform Infrared Technology
The INVENIO uses FT-IR spectroscopy to measure infrared absorption patterns and identify chemical structures with high accuracy.

RockSolid™ Interferometer
Provides excellent stability, durability, and measurement reliability with reduced sensitivity to environmental changes.

High Spectral Resolution
Supports spectral resolution down to 0.085 cm⁻¹ for advanced research applications.

MultiTect™ Detector System
Allows integration of multiple detectors for broad spectral coverage and different analytical requirements.

Flexible Sample Measurement
Compatible with various accessories including ATR, transmission, reflection, microscopy, and specialized sampling modules.

Transit™ Second Measurement Channel
Enables two parallel measurement setups, improving laboratory workflow efficiency.

OPUS Spectroscopy Software
Provides intuitive instrument control, data processing, spectral library searching, and automated workflows.

Wide Spectral Range Capability
Can be configured from far infrared (FIR) to UV/VIS range depending on system configuration.

Specifications

Product Type: Research FT-IR Spectrometer
Category: Analytical Instrument
Subcategory: FT-IR Spectrometers
Technology: Fourier Transform Infrared Spectroscopy (FT-IR)
Spectral Range: Approximately 28,000–15 cm⁻¹ depending on configuration
Spectral Resolution: Down to 0.085 cm⁻¹
Signal-to-Noise Ratio: Up to approximately 60,000:1 depending on configuration
Interferometer: RockSolid™ / INTEGRAL™ interferometer options
Detector Options: Up to 7 software-controlled detectors
Measurement Modes:
ATR spectroscopy
Transmission analysis
Reflection measurements
FT-IR microscopy
Time-resolved spectroscopy
Software: Bruker OPUS spectroscopy software
Accessories: ATR modules, microscopes, Raman modules, TGA coupling, high-throughput systems
Application Environment:
Research laboratories
Industrial quality control
Pharmaceutical laboratories
Material science facilities

Applications

Pharmaceutical Analysis
Used for raw material identification, formulation studies, and quality control testing.

Chemical Research
Supports reaction studies, chemical identification, and molecular structure analysis.

Polymer & Material Testing
Analyzes plastics, coatings, composites, and advanced materials.

Semiconductor Research
Used for silicon wafer analysis, optical materials, and device development.

Life Science & Biotechnology
Supports protein analysis, biomolecular research, and advanced spectroscopy studies.

Environmental Analysis
Used for identifying chemical compounds and contaminants.

Academic Research
Suitable for universities and research institutions requiring flexible FT-IR measurement capabilities.

What is the Bruker INVENIO FT-IR Spectrometer used for?
The INVENIO is used for chemical identification, material analysis, research spectroscopy, and quality control applications.

What technology does the INVENIO use?
It uses Fourier Transform Infrared (FT-IR) spectroscopy to analyze molecular vibrations and chemical compositions.

What samples can be analyzed with INVENIO?
It can analyze solids, liquids, gases, polymers, chemicals, biological materials, and advanced research samples.

Can INVENIO be upgraded for advanced research?
Yes. The platform supports additional detectors, microscopy, Raman, imaging, and specialized measurement extensions.

What software controls the INVENIO?
The system uses Bruker OPUS software for measurement control, analysis, reporting, and workflow automation.

Is Bruker INVENIO suitable for industrial laboratories?
Yes. It is designed for both advanced research and demanding quality control environments.