Bruker Invenio FT-IR Spectrometer

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Product Details:

Model No INVENIO
Feature Modular design, multi-range capability, advanced optics, high sensitivity and stability, smart accessories recognition
Capacity Multiple sampling modes supported; suitable for powder, liquid, film, paste, fiber, and more
Automation Grade Automatic and manual operation
Voltage 100 - 240 V AC
Power Source 100 - 240 V AC, 50/60 Hz
Temperature Range Ambient operating: +5C to +35C
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Bruker Invenio FT-IR Spectrometer Price And Quantity

Bruker Invenio FT-IR Spectrometer Product Specifications

Temperature Range Ambient operating: +5C to +35C
Usage Industrial, academic, and research laboratory applications for quantitative and qualitative analyses
Accuracy Wavenumber precision better than 0.01 cm
Equipment Materials Ruggedized metal and polymer housing
Power Source 100 - 240 V AC, 50/60 Hz
Frequency Spectral range: 8,000 - 350 cm (with extension modules)
Core Components Source, interferometer, laser, detector, electronics, touchscreen display
Measurement Range 8,000 - 350 cm (extendable based on configuration)
Feature Modular design, multi-range capability, advanced optics, high sensitivity and stability, smart accessories recognition
Model No INVENIO
Dimension (L*W*H) 577 mm 435 mm 233 mm
Type FT-IR Spectrometer
Weight Approx. 23 kg (depending on configuration)
Voltage 100 - 240 V AC
Display Type 7-inch capacitive color touchscreen
Capacity Multiple sampling modes supported; suitable for powder, liquid, film, paste, fiber, and more
Automation Grade Automatic and manual operation

Sample Compartments Large sample area with intelligent accessory recognition
Software OPUS spectroscopy software, FDA 21 CFR Part 11 ready
Environmental Controls Purgeable optics and optional sample compartment, humidity controlled.
Upgrade Options Equipped for easy addition of Raman, NIR, or step-scan modules
Laser Internal HeNe or solid-state laser for precise referencing
Compliance ASTM, USP, EP, GLP/GMP compliant for pharmaceutical applications
Light Source Internal high-stability source (long-life SiC globar and optional NIR source)
Optical System RockSolid interferometer with gold-coated optics
Data Interface Ethernet, USB, wireless option
Noise Performance Peak-to-peak noise < 0.07% at 4 cm resolution
Spectral Resolution Up to 0.16 cm
Detectors Room temperature DLaTGS or optional liquid nitrogen cooled MCT

Product Description

Brand Bruker

Model INVENIO

Capacity < 0.085 cm-1

CAT No INVENIO

Application Spectroscopy

The INVENIO is made to innovate from routine quality control to advanced research and development. Whether you focus on productivity, precision or if you must comply to extensive regulations, the INVENIO supports you in every regard.

Advanced Optical System for Superior Sensitivity

At the core of the INVENIO FT-IR Spectrometer is the RockSolidTM interferometer, paired with gold-coated optics for exceptional durability and performance. This combination delivers high sensitivity and low noise-essential for both qualitative and quantitative analysis across various sample types, including powders, films, and liquids.

Smart Software and Regulatory Compliance

The system employs OPUS spectroscopy software, which is FDA 21 CFR Part 11 ready, ensuring safe data handling and regulatory compliance in pharmaceutical and other validated environments. Built-in smart accessory recognition and automation features enhance usability and workflow security.

Flexible Sampling and Upgrade Pathways

A modular design supports a wide range of analytical modes and sample formats, such as film, fiber, paste, or liquid. Users can easily add modules for Raman, NIR, or step-scan capabilities, ensuring the instrument evolves alongside expanding analytical needs.

FAQ's of Bruker Invenio FT-IR Spectrometer:

Q: How does the Bruker INVENIO FT-IR Spectrometer achieve superior measurement accuracy?

A: The INVENIO features a RockSolidTM interferometer with gold-coated optics and precision internal laser referencing, which ensures wavenumber accuracy better than 0.01 cm1. This, combined with high-stability light sources and advanced detectors, enables precise and reproducible spectral measurements.

Q: What sample types and analytical modes can the INVENIO support?

A: The spectrometer offers a large, intelligent sample compartment that accommodates powders, liquids, films, pastes, fibers, and more. It supports multiple sampling modes and can be expanded with specialized modules for extended measurement capabilities, such as Raman or NIR spectroscopy.

Q: When is the OPUS software and FDA 21 CFR Part 11 readiness beneficial?

A: OPUS software's compliance capabilities are essential in regulated environments, such as pharmaceutical laboratories, ensuring that data integrity, audit trails, and electronic signatures meet FDA and international standards during any stage of research or quality control.

Q: Where is the INVENIO FT-IR Spectrometer commonly used?

A: This instrument is widely utilized in industrial settings, academic institutions, and pharmaceutical research laboratories across India and internationally, wherever quantitative and qualitative IR spectroscopic analysis is required.

Q: What is the process for upgrading or expanding the INVENIO system?

A: Thanks to its modular design, users can easily upgrade the INVENIO by adding Raman, NIR, or step-scan modules. Intelligent accessory recognition facilitates integration, minimizing setup time and ensuring a seamless transition between analytical techniques.

Q: How does the spectrometer maintain stable operation in varied environments?

A: The INVENIO features ruggedized metal and polymer housing, a purgeable optical system, and optional humidity control, making it resilient in challenging laboratory conditions with temperature ranges from +5C to +35C, ensuring consistent and reliable analysis.

Q: What are the benefits of intelligent accessory recognition and automation features?

A: Intelligent accessory recognition enables automatic configuration and error minimization, facilitating both manual and automated operation modes. This streamlines workflows and adds confidence in measurement accuracy, particularly for high-throughput or regulated lab environments.

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