Infrared Microscope

AIM-9000

The AIM-9000 infrared microscope shines infrared light onto microscopic areas that are difficult to observe with the naked eye to support measurement of the site by the Fourier transform infrared (FTIR) spectrophotometer. Each type of organic substance has unique characteristics like fingerprints. The structure of organic substances can be analyzed by cross-checking these fingerprints with a unique library. This is used, for example, to analyze components of stains on the surface of a pharmaceutical product and the cause of corrosion of metal parts on circuit boards as well as disconnections caused by attachment of a foreign matter.

The AIM-9000 infrared microscope shines infrared light onto microscopic areas that are difficult to observe with the naked eye to support measurement of the site by the Fourier transform infrared (FTIR) spectrophotometer. Each type of organic substance has unique characteristics like fingerprints. The structure of organic substances can be analyzed by cross-checking these fingerprints with a unique library. This is used, for example, to analyze components of stains on the surface of a pharmaceutical product and the cause of corrosion of metal parts on circuit boards as well as disconnections caused by attachment of a foreign matter.

Analysis System to Support All Users

Designed to Perform Contaminant Recognition Easily and Comfortably

The system is designed to support analysts from various perspectives in three steps, (1) observe, (2) measure, and (3) analyze. In (1) observe, a large space is provided on the right side of the instrument so that operators can perform all necessary operations in front of the computer. In (2) measure, operations can now be performed simply by using the computer software once a sample is placed on the sample stage, instead of operating the buttons on the instrument and computer software alternately. In (3) analyze, complicated analyses can now be performed via simple steps. For example, related functions are automatically displayed.

AIM-9000

Appearance Designed to Project a Feeling of Precision and Luxury

The appearance is designed to project a feeling of precision and luxury that harmonizes with existing instruments that the system is being used with. High usability is also provided through securing space for operations to set samples and placing most maintenance sections in an accessible area.

AIM-9000

Intuitive, High-Efficiency, and Seamless Operation

Measurement and analysis using computer software tend to be complicated because they involve many steps. By arranging the buttons in sequence according to the steps of the workflow, automatically displaying the operation button class related to the function being executed, and displaying guidance for the user, we made the layout and operation intuitive. Further, graphics are simple and easy to understand so that analysts can focus on microscopic images and analysis results which they want to pay attention to the most.

AIM-9000

Develop a Design by Deeply Understanding Users

We repeatedly observed and interviewed users based on the concept “Finally, the age of automatic contaminant recognition.” As a result, we drew out latent demands from the analysts’ work flow, put them into the ideal work flow, and applied them across various types of designs. As we are not users of analytical instruments, we observe and interview users in order to understand them as deeply as possible and create substantive designs.

Product Designer : Kaoru Ihara, Shinya Hasebe
UI designer : Misa Nobori, Tomohiro Hirama, Aiko Okada

AIM-9000

Infrared Microscope
AIM-9000

Awards
Red Dot Design Award 2018
Good Design Award 2017

August 27,2019