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空間解像度測定システム Product List

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Medical Display Spatial Resolution Measurement System

Medical Display Spatial Resolution Measurement System

Evaluation of display visibility to improve diagnostic accuracy in medical settings.

In the medical industry, the accurate visibility of images displayed on screens is crucial for diagnosis. Particularly, high-definition image display is essential for detecting subtle lesions and abnormalities. However, even displays with the same resolution can appear significantly different due to variations in spatial resolution. The MTF-33S provides important information for improving diagnostic quality by accurately evaluating the spatial resolution of displays. 【Use Cases】 - Quality assessment of medical imaging diagnostic displays - Performance evaluation of endoscope monitors - Visibility assessment of surgical monitors 【Benefits of Implementation】 - Improved diagnostic accuracy - Reduced burden on healthcare professionals - Accurate information provision to patients

  • Optical Measuring Instruments
  • 空間解像度測定システム

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Automotive Display Spatial Resolution Measurement System

Automotive Display Spatial Resolution Measurement System

Evaluation of display visibility to enhance driving safety.

In the automotive industry, information display while driving is a crucial element that supports safe driving. For drivers to instantly understand information, the visibility of the display is essential, and spatial resolution is particularly important. Low spatial resolution can make displayed information difficult to see, dulling decision-making while driving and potentially increasing the risk of accidents. Aphrodite's 'MTF-33S' adopts the internationally standardized line-based evaluation method (IEC62977-3-6) to quantify display visibility, thereby contributing to safe driving. 【Usage Scenarios】 - Display development in automotive manufacturers - Display quality management in automotive parts manufacturers - Performance evaluation of displays for the aftermarket 【Effects of Implementation】 - Improved safety through enhanced display visibility - Establishment of objective evaluation criteria in development and quality management - Establishment of competitive advantage through differentiation from competing products

  • Optical Measuring Instruments
  • 空間解像度測定システム

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Display Spatial Resolution Measurement System for Aviation Instruments

Display Spatial Resolution Measurement System for Aviation Instruments

Quantifying the visibility of aviation instruments to enhance safety.

In the aviation industry, high visibility is required for instruments so that pilots can instantly grasp accurate information. Particularly in adverse weather conditions or during nighttime flights, the clarity of instrument display is a crucial factor that affects safe operations. It is essential to accurately assess the spatial resolution of the display to ensure visibility. Aphrodite's 'MTF-33S' adopts the internationally standardized line-based evaluation method (IEC62977-3-6) to quantitatively assess the quality of aviation instrument displays. [Usage Scenarios] - Aircraft cockpit displays - Instrument panel displays - Flight simulators [Benefits of Implementation] - Improved visibility of display - Enhanced safety - Streamlined quality management

  • Optical Measuring Instruments
  • 空間解像度測定システム

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Broadcast Editing Display Spatial Resolution Measurement System

Broadcast Editing Display Spatial Resolution Measurement System

Quantitative evaluation of video quality in broadcast editing.

In the field of broadcast editing, accurate display and quality control of images are essential. During the editing process, the display's performance significantly affects the final quality of the video, necessitating precise evaluation. Especially with the proliferation of high-definition video, accurately assessing the spatial resolution of displays has become increasingly important. The MTF-33S adopts an internationally standardized line-based evaluation method, allowing for the quantification of a display's "visible clarity," enabling objective assessment. 【Usage Scenarios】 - Editing rooms in broadcasting stations - Video production companies - Post-production studios - Display manufacturers 【Benefits of Implementation】 - Objective evaluation of display performance in video editing - Improvement of video quality in editing work - Clarification of selection criteria for displays - Stabilization of display quality

  • Optical Measuring Instruments
  • 空間解像度測定システム

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Display Spatial Resolution Measurement System for Movie Viewing

Display Spatial Resolution Measurement System for Movie Viewing

Maximize the emotional impact of movies with a high-definition display.

In the film industry, the beauty of visuals is a crucial element that influences the appeal of a work. Particularly, to enhance the viewing experience in theaters and home theaters, it is essential to accurately assess the visual quality of displays and create the optimal environment. Even slight differences in image quality can significantly affect the audience's immersion, so it is necessary to accurately measure the spatial resolution of displays and maximize their performance. Aphrodite's "MTF-33S" adopts an internationally standardized line-based evaluation method to quantify the "visible sharpness" of displays, optimizing the visual experience in film viewing. 【Usage Scenarios】 - Evaluation of displays in theaters - Selection of displays for home theaters - Display adjustments in video production settings 【Benefits of Implementation】 - Enables selection of displays based on objective data - Ensures accurate color reproduction in video production - Increases audience satisfaction and attracts repeat viewers

  • Optical Measuring Instruments
  • 空間解像度測定システム

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Display Spatial Resolution Measurement System for VR/AR

Display Spatial Resolution Measurement System for VR/AR

Quantifying the "visibility" of displays that influences the immersion of VR/AR.

In the VR/AR industry, the display quality is crucial for enhancing immersion. Specifically, to achieve a visual representation close to the real world, it is essential to accurately evaluate and optimize the spatial resolution of the display. If the spatial resolution is low, the images may become blurry, compromising the sense of reality. The MTF-33S provides an objective evaluation of the display performance of VR/AR devices and offers metrics to achieve a higher level of immersion. 【Usage Scenarios】 - Development of VR/AR headsets - Production of VR/AR content - Display evaluation 【Benefits of Implementation】 - Improvement in display quality of VR/AR devices - Enhanced immersion - Reduction in development time

  • Optical Measuring Instruments
  • 空間解像度測定システム

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