Bruker Tango R Portable FT-NIR Spectrometer

Bruker Tango R Portable FT-NIR Spectrometer

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Product Details:

Measurement Range 4000 cm to 12,000 cm
Accuracy High analytical accuracy, reproducible results
Model No Tango R
Automation Grade Automatic
Frequency 50/60 Hz
Feature Robust, easy to operate, low maintenance, automated background and sample handling
Temperature Range 10C35C
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Bruker Tango R Portable FT-NIR Spectrometer Price And Quantity

Laser Type Internal diode laser module
Software OPUS spectroscopy software (included)
User Interface Intuitive touchscreen software with multi-language support
Communication Interface USB, Ethernet
Detection Mode Diffuse reflectance
External Storage USB compatibility for data export
Compliance 21 CFR Part 11 ready
Sample Presentation Sample cup or Petri dish slot
Transportability Built-in carry handle for portability
Environment Dust protected housing, suitable for production areas
Spectral Resolution up to 4 cm
Calibration Supports custom and Bruker-developed calibrations
Analysis Time < 60 seconds per sample
Light Source Tungsten lamp, long service life
Maintenance Daily/automatic background adjustment, minimal system maintenance
Operating System Embedded Linux-based system

Bruker Tango R Portable FT-NIR Spectrometer Product Specifications

Model No Tango R
Automation Grade Automatic
Frequency 50/60 Hz
Display Type 7-inch color touchscreen display
Measurement Range 4000 cm to 12,000 cm
Accuracy High analytical accuracy, reproducible results
Type Portable FT-NIR Spectrometer
Core Components FT-NIR spectrometer module, detector, laser, computer interface
Power Source 100240 V AC mains
Usage For fast, accurate NIR analysis in QA/QC laboratories and production environments
Feature Robust, easy to operate, low maintenance, automated background and sample handling
Temperature Range 10C35C
Weight ~14 kg
Voltage 110-240 V AC
Equipment Materials High quality stainless steel, plastic, and optical glass
Dimension (L*W*H) 450 mm x 300 mm x 210 mm

Laser Type Internal diode laser module
Software OPUS spectroscopy software (included)
User Interface Intuitive touchscreen software with multi-language support
Communication Interface USB, Ethernet
Detection Mode Diffuse reflectance
External Storage USB compatibility for data export
Compliance 21 CFR Part 11 ready
Sample Presentation Sample cup or Petri dish slot
Transportability Built-in carry handle for portability
Environment Dust protected housing, suitable for production areas
Spectral Resolution up to 4 cm
Calibration Supports custom and Bruker-developed calibrations
Analysis Time < 60 seconds per sample
Light Source Tungsten lamp, long service life
Maintenance Daily/automatic background adjustment, minimal system maintenance
Operating System Embedded Linux-based system

Product Description

Brand Bruker

Model TANGO

Capacity +20C and +80C

CAT No TANGO

Application Spectroscopy

The TANGO has exactly what users require of an FT-NIR spectrometer suitable for industrial use: robustness, high precision and straightforward operator guidance.

Fast and Accurate NIR Analysis

The Tango R spectrometer delivers reliable results in under a minute, making it ideal for time-sensitive environments. With a measurement range from 4000 cm1 to 12,000 cm1 and high analytical accuracy, users can confidently perform quality analyses on a wide variety of samples using either a sample cup or Petri dish slot.

Designed for Easy Operation and Portability

Featuring a user-friendly, 7-inch color touchscreen display with multi-language support, the Tango R ensures quick learning curves. Its compact dimensions and integrated carry handle allow users to effortlessly transport the instrument across different sites or production areas without compromising data integrity.

Minimal Maintenance, Robust Construction

Tango R's durable dust-protected housing, long-life tungsten lamp, and daily or automatic background adjustment minimize service requirements. Built from high quality stainless steel, plastic, and optical glass, this model guarantees longevity even in demanding production locations.

FAQ's of Bruker Tango R Portable FT-NIR Spectrometer:

Q: How does the Tango R Portable FT-NIR Spectrometer facilitate fast and accurate analyses?

A: Tango R leverages advanced FT-NIR technology with a spectral resolution up to 4 cm1 and robust calibration options, producing reliable results in less than 60 seconds per sample. The diffuse reflectance detection mode ensures accurate analyses of diverse sample types.

Q: What types of samples can be analyzed with the Tango R spectrometer and how are they presented?

A: The instrument is versatile, accommodating samples presented in a sample cup or standard Petri dish slot, suitable for solids, powders, or granules commonly tested in QA/QC and production processes.

Q: When should the Tango R be used in quality control workflow?

A: Tango R is ideal for fast, on-site analyses at critical control points in laboratories and production areas, providing immediate quantitative or qualitative insights to support quality assurance decisions.

Q: Where can the Tango R Portable FT-NIR Spectrometer be deployed?

A: Thanks to its dust-protected design and portability, the Tango R is suitable for use in both QA/QC laboratories and production environments-especially where frequent instrument relocation is necessary.

Q: What is the process for exporting and managing data from the Tango R?

A: Data can easily be exported via USB storage devices or through Ethernet and USB connections to laboratory information systems. The included OPUS spectroscopy software ensures data handling is efficient and compliant with 21 CFR Part 11 standards.

Q: How much maintenance does the Tango R require, and what features reduce upkeep?

A: The instrument is engineered for minimal maintenance. Automated or daily background adjustments, a long-life tungsten lamp, and a sealed, dust-protected housing contribute to hands-off operation and sustained reliability.

Q: What are the key benefits for users of the Tango R in both manufacturing and laboratory environments?

A: Users benefit from the instrument's rapid, reproducible results, ease of operation, portability, compliance readiness, and robust construction, helping maximize analytical efficiency and data confidence in both manufacturing and laboratory settings.

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