HYPERION II

Revolutionizing Microscopy with Integrated FTIR and QCL Technology: Introducing HYPERION II

At the forefront of innovation, HYPERION II embodies our unwavering commitment to pushing the boundaries of scientific exploration. This groundbreaking microscope seamlessly merges FT-IR and QCL technologies within a singular instrument. By harnessing this symbiotic fusion, we empower you to embark on unparalleled journeys into chemical imaging, all while achieving the highest spatial resolution in real time.

This pivotal advancement heralds a new era, not only in life sciences but across diverse domains that demand precise chemical imaging on expansive scales or with utmost precision.

Key Advantages:

• Microscope Module Pioneering Sensitivity and Spatial Resolution: Surpassing market standards, our microscope module boasts sensitivity and spatial resolution reaching an astonishing 0.2 µm.
• Revolutionary QCL Technology: Unveil a new dimension of measurement speed, with a staggering three orders of magnitude acceleration, enabling live IR mode display at a remarkable area of 6.4 mm²/s at a single wavelength.
• Swift Spectral Measurements with FPA Technology: Our unique area detector technology underpins ultra-fast spectral measurements, covering a broad area of 0.1 mm²/s when capturing the entire MIR spectrum.
• Empower Data Evaluation with 64-bit OPUS Software: Seamlessly manoeuvre through extensive data sets with our 64-bit OPUS software, fortified with intelligent features for data evaluation and the creation of intricate chemical images.
• Versatile Spectral Range: Experience unparalleled flexibility with an expansive spectral range encompassing FIR, MIR, NIR, and VIS regions.
• Diverse Range of Objectives: Tailor your analysis with a wide array of objectives, including 3.5x / 15x / 36x / 74x IR, ATR objective, and GIR for large angles of incidence (GAO) for meticulous scrutiny and analysis of submolecular layers.
• Enhanced Detector Options: Choose from an array of detectors, including LN2-cooled MCTs with varying parameters, TE-cooled MCTs eliminating nitrogen requirements, and additional options like darkfield, fluorescence illumination, and polarizers.
• RockSolid ™ Interferometer: Experience unwavering performance and resilience with our robust RockSolid ™ interferometer, ensuring stability and precision.

Elevate your research and analysis to unparalleled heights with HYPERION II, a masterpiece that unites cutting-edge technologies to redefine the frontiers of scientific discovery. Contact our dedicated support for personalized guidance in selecting the optimal solution aligned with your scientific endeavours.

Revolutionizing Chemical Imaging: Quantum Cascade Laser (QCL) Technology

Breaking away from conventional methods, QCL microscopy harnesses the potency of an intensified quantum cascade laser instead of a standard continuous infrared globar for IR illumination. Emitting robust IR radiation at a chosen wavelength, this innovative approach leads to unparalleled enhancements in measurement speed and spatial resolution. Notably, this technology achieves these feats without the need for nitrogen cooling or modulating the optical beam through an interferometer.

Unlocking New Horizons: The Synergy of QCL and FTIR Technologies

Embark on a journey through the entire FTIR spectra of observed components, pinpointing wavelengths or bands where disparities come to light. Now, concentrate your focus on these unique spectral regions, leveraging QCL technology to swiftly craft mesmerizing chemical maps within mere seconds. This seamless fusion presents a novel pathway to unparalleled insights and revelations.

Redefining Precision: The RockSolid^TM Interferometer

An epitome of stability and innovation, the RockSolidTM interferometer stands as a patented marvel. It bestows an extraordinary throughput surge of over 20% in contrast to conventional designs. This ingenious creation harnesses dual retro reflection cube corner mirrors and a pivot mechanism devoid of wear, strategically positioned at the center of mass. This unique approach guarantees unmatched stability and reliability, even when faced with challenging environments. With this cutting-edge design, optical mirror tilt is eliminated, and mechanical mirror shear is prevented.

Advantages:

• Eliminates the need for standby mode to safeguard the bearing
• Eradicates recalibration requirements post-movement
• Minimizes mechanical bearing wear, sparing you from spare part replacements and reducing service costs
• Demonstrates resilience against vibrations and thermal influences