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Bruker HYPERION II FT-IR and QCL Microscope Bruker HYPERION II FT-IR and QCL Microscope Bruker HYPERION II FT-IR and QCL Microscope
Bruker HYPERION II FT-IR and QCL Microscope
Bruker HYPERION II FT-IR and QCL Microscope Bruker HYPERION II FT-IR and QCL Microscope

Bruker HYPERION II FT-IR and QCL Microscope

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Product Details:

  • Accuracy Spatial resolution down to 10 m; high spectral accuracy
  • Feature Rapid chemical mapping, ultra-fast IR imaging, automated stage, multiple detector options, user-friendly software
  • Automation Grade Fully automated
  • Temperature Range Ambient (stages available for extended range)
  • Frequency Spectral range 4000600 cm (FT-IR) and 1800950 cm (QCL)
  • Voltage 100240 V AC
  • Core Components FT-IR optics, Quantum Cascade Laser source, high-precision motorized stage, HD camera, spectrometer
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Bruker HYPERION II FT-IR and QCL Microscope Price And Quantity

Bruker HYPERION II FT-IR and QCL Microscope Product Specifications

  • FT-IR optics, Quantum Cascade Laser source, high-precision motorized stage, HD camera, spectrometer
  • HYPERION II FT-IR & QCL Microscope
  • High throughput sample analysis capability with automated large area mapping
  • Wide spectral range from 4000 cm down to 950 cm (with QCL)
  • Advanced chemical imaging, material characterization, life sciences, forensics, micro-analytical mapping
  • AC power supply, 100240 V; 50/60 Hz
  • Approx. 60 cm x 65 cm x 28 cm
  • Rapid chemical mapping, ultra-fast IR imaging, automated stage, multiple detector options, user-friendly software
  • High-grade aluminum housing, corrosion-resistant optical components
  • Spatial resolution down to 10 m; high spectral accuracy
  • High-resolution touchscreen interface with integrated software control
  • Ambient (stages available for extended range)
  • Spectral range 4000600 cm (FT-IR) and 1800950 cm (QCL)
  • 100240 V AC
  • Approx. 42 kg (instrument only)
  • FT-IR and Quantum Cascade Laser (QCL) Microscope
  • Fully automated
  • Up to 20 images per second using QCL technology
  • High-definition visible and IR imaging camera
  • Standard and proprietary spectral image formats, exportable to CSV, XML
  • OPUS software suite for acquisition and analysis with advanced chemometric tools
  • Class 1 laser product, certified for laboratory use
  • Expandable with additional laser and detector modules
  • Low-maintenance design, automated alignment and calibration
  • Operation: 1530C, humidity <75% non-condensing
  • Motorized stage: XY 110 mm, Z 20 mm
  • Compatible with samples up to 110 mm diameter
  • Single and multi-element detectors (MCT, DLaTGS available)
  • CE, RoHS compliant
  • Multiple IR objectives (15x, 36x etc.) for varied magnification
  • USB, Ethernet, Wi-Fi compatible
  • Active air cooling for stable performance

Product Description

Brand                        Bruker

Model                        HYPERION II

Capacity                   64 x 64 or 128 x 128 pixel

CAT No                     HYPERION II

Application              Spectroscopy

The HYPERION II is our versatile FT-IR microscope for research and development with flexible accessories and the possibility to combine Infrared Laser Imaging (QCL) and FT-IR in one instrument.




High-Speed Chemical Imaging

The HYPERION II Microscope leverages the power of Quantum Cascade Laser (QCL) and FT-IR technology to provide ultra-fast imaging, capable of capturing up to 20 infrared images per second. This enables rapid large-area chemical mapping-ideal for applications requiring high throughput without compromising resolution.


Versatile Sample and Detector Options

The system is compatible with a range of objective lenses, supporting magnifications such as 15x and 36x, and offers both single and multi-element detectors including MCT and DLaTGS. This versatility allows for tailored imaging conditions to suit diverse sample types and analysis requirements, with sample compatibility up to 110 mm diameter.


User-Friendly Automation and Software

Integration with the OPUS software suite offers powerful acquisition, visualization, and chemometric tools. The fully automated design, featuring automated alignment, calibration, and a high-resolution touchscreen control, ensures both consistency and ease of use for researchers at all levels.

FAQ's of Bruker HYPERION II FT-IR and QCL Microscope:


Q: How does the HYPERION II FT-IR & QCL Microscope achieve rapid chemical imaging?

A: The microscope utilizes innovative Quantum Cascade Laser (QCL) technology and advanced FT-IR optics, enabling chemical mapping at speeds of up to 20 images per second. This is supported by motorized sample stages and multi-element detector options for efficient and high-resolution spectral imaging.

Q: What types of samples and analysis tasks can be performed with this instrument?

A: The HYPERION II is suitable for a wide variety of applications, including material characterization, forensic analysis, life sciences, and micro-analytical mapping. It accommodates samples up to 110 mm and provides flexible magnification, making it ideal for both large and micro-sized specimens.

Q: Where can the data acquired by the microscope be exported and analyzed?

A: The system produces data in both standard and proprietary spectral image formats, which can be conveniently exported to formats like CSV and XML. These exported files can be further processed and analyzed using the OPUS software suite or other compatible data analysis software.

Q: What is the process for maintenance and calibration?

A: The HYPERION II is designed for low maintenance, featuring automated self-alignment and calibration. Regular checks are minimal, and the active air cooling system ensures stable performance with reduced manual intervention.

Q: When should I use the multi-element detectors or switch objective lenses?

A: Multi-element detectors are best for high-speed mapping and larger area imaging, while interchangeable IR objectives (like 15x or 36x) provide optimal magnification for different sample types. Choose based on the sample size, required resolution, and specific imaging goals.

Q: How does the microscope benefit high-throughput laboratories?

A: With its rapid imaging speed, automated stage, and large sample handling capacity, the system streamlines high-volume sample analysis. Automated workflows and powerful software integration significantly boost efficiency and reproducibility in busy lab environments.

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