Fourier transform infrared microscope

Laboratories in various fields such as environment, new materials, forensic science, pharmaceuticals, biomaterials, food packaging, academic research, and others that frequently conduct infrared spectroscopy analysis and infrared microscopy analysis are moving towards a direction of reducing user specialization requirements and using multiple instruments simultaneously. With the expansion and integration of laboratory functions, users are facing new demands, and analyzing complex or unknown samples has become an increasingly difficult point in material analysis. The differences in size, shape, and composition of samples make accurate identification difficult. We need to improve the efficiency of automated analysis and significantly reduce the time-consuming manual analysis process. The laboratory is facing multiple pressures, both to meet the need for rapid results and not to sacrifice the accuracy and reliability of data; It is necessary to ensure the high reproducibility of experimental results while minimizing the impact of human intervention as much as possible.PerkinElmer Spotlight ™ AuroraFourier transform infrared microscopeBorn in response to the situation, it aims to simplify the processing of unknown samples, accelerate the analysis and identification of characteristic samples, and ensure accurate and reproducible detection results. The infrared microscope system has: the system achieves precise material characterization through *'s optical imaging technology, automated sample processing, and seamless infrared visible integration. It has sample visibility, enhanced depth of field, and high-resolution imaging capabilities, ensuring reliable structural and chemical analysis results. It will bring excellent speed, automation level, and analytical accuracy to your research work.

PerkinElmer Spotlight ™ AuroraFourier transform infrared microscopeFeatures:

Precision imaging

Integrated high-resolution and wide field dual optical imaging system, providing a macroscopic field of view while capturing microscopic fine structures

3D analysis

Applying Z-STACK high-definition focusing technology to achieve clear imaging and 3D reconstruction of samples at different depths

Intelligent field of view

Field of view adaptive intelligent algorithm, automatically optimizes imaging area and parameters, significantly simplifies operation process, and improves analysis efficiency

Accurate positioning

The new automatic loading platform provides a solid foundation for high-throughput analysis and multi-point detection, with fast and accurate sample movement and positioning.

Non destructive rapid inspection

Magnetic suction micro automatic ATR module, visible light infrared coaxial design, allows for rapid non-destructive analysis of small areas without the need for complex sample preparation

Flexible configuration

Provide a variety of high-performance micro detector options to meet different needs from conventional detection to ultra sensitive trace analysis

Structural Insight

Built in visible light polarizer facilitates observation of the anisotropic characteristics of the sample, providing intuitive basis for analysis of crystal structure, polymer orientation, etc.

One click analysis

The Workflow module standardizes and automates complex analysis steps to ensure consistency and reproducibility of results.

Expand freedom

Split type infrared microscope provides high flexibility and multi-dimensional data of samples to meet different laboratory space and functional requirements.

Low carbon design

Integrating new ESG concepts into product design, focusing on energy efficiency optimization and sustainability while pursuing performance