TANGO

Bruker’s Advanced FT-NIR Spectrometer: Rapid and User-friendly

Bruker’s TANGO revolutionizes what you expect from an industrial-grade FT-NIR spectrometer. It’s the embodiment of durability, exceptional accuracy, and effortless user interaction. Its intuitive interface ensures a seamless workflow, empowering even untrained operators to use the spectrometer confidently without errors.

Features:

• Options for Transmission or Reflection measurement modes.
• Intuitive touch screen for easy operations.
• Compact design for space efficiency.
• Direct calibration compatibility with all Bruker Optics NIR spectrometers.
• Hassle-free data exchange via network.
• Bruker’s signature RockSolid^TM interferometer: guarantees always-aligned optics and vibration resistance.
• Automated test protocols for cGMP validation (OQ, PQ), 21 CFR Part 11, and validations per EU, JP, and US-Pharmacopeia standards.

Bruker’s TANGO: Precise Liquid Transmission Measurements

When it comes to liquid analysis, Bruker’s TANGO is equipped with an active temperature regulator as standard. It offers a temperature range from +20°C to +80°C for your samples. The integrated sensor consistently monitors the vial’s temperature, ensuring swift temperature adjustments for reliable results.

Bruker’s TANGO: Efficient Solid Reflection Analysis

For solid measurements, Bruker’s TANGO features a gold-coated integrating sphere designed for diffuse reflection analysis. This innovation guarantees reproducible measurements, even for samples that are not perfectly homogeneous.

Bruker’s RockSolid^TM Interferometer Excellence

Bruker’s uniquely patented RockSolid^TM interferometer design surpasses typical interferometers by over 20% in throughput. Its innovative structure, featuring dual retro reflection cube corner mirrors and a wear-resistant pivot mechanism at the center, ensures unparalleled stability. The patented design eliminates both optical mirror tilt and mechanical mirror shear, guaranteeing unmatched reliability, even in demanding environments.

Advantages:

• No standby mode is needed for bearing protection.
• Movement does not necessitate recalibration.
• Zero mechanical bearing wear; reduced service costs.
• Exceptional resistance to vibrations and temperature fluctuations.