Fujifilm ASPIRE Cristalle FDR MS-3500 Digital Mammography System with High-Resolution Images

Key Features and Advantages​​

• Utilizes Fujifilm’s proprietary ​​HCP (Hexagonal Close Pattern) detector​​ with ​​50μm resolution​​, achieving high detective quantum efficiency (DQE) for clear tissue contrast and microcalcification visibility .
• ​​Micro-dose technology​​ optimizes radiation exposure while maintaining diagnostic accuracy, suitable for routine screening .

• ​​ST Mode (±7.5° scan angle)​​: Balances speed and depth resolution for efficient screening .
• ​​HR Mode (±20° scan angle)​​: Provides high-resolution layered views for detailed lesion characterization, enabling precise depth localization of abnormalities .
• Tomosynthesis images are synthesized into 2D views, reducing the need for separate 2D exposures and minimizing overall radiation dose .

• ​​Tomo Biopsy System​​: Allows stereotactic biopsy guidance based on 2D or 3D images, improving accuracy for subtle lesions .
• ​​Automated Breast Density Measurement​​: Classifies breast tissue composition (e.g., fatty vs. dense) to support risk assessment and follow-up planning .

• ​​Multi-Dimensional Adaptive Compression Paddle​​: Adjusts pressure distribution for improved tissue spread and reduced discomfort .
• ​​Intelligent Comfort Compression​​: Automatically limits pressure based on breast density and patient profile, enhancing tolerance .

• Integrated ​​automated image processing​​ streamlines workflow from exposure to display .
• Compatible with ​​3D/2D image fusion​​ and optional biopsy modules, reducing procedure time .

Technical Specifications​​

• ​​Detector​​: HCP flat-panel sensor (50μm pixel pitch) .
• ​​Tomosynthesis Angles​​: ST Mode (±7.5°), HR Mode (±20°) .
• ​​Compression Paddles​​: Multiple sizes (e.g., 18×24 cm, 24×30 cm) with adaptive pressure control .
• ​​Regulatory Approval​​: NMPA Class III medical device.

​​Clinical Applications​​

• ​​Screening​​: High-throughput imaging for asymptomatic populations, especially women over 40 .
• ​​Diagnosis​​: Characterization of palpable lumps, architectural distortions, or microcalcifications.
• ​​Interventional Guidance​​: Tomo-guided biopsy for lesions poorly visible in conventional 2D images .

Comparative Advantages​​

• ​​Superior Detail Rendering​​: The HCP detector outperforms conventional amorphous selenium detectors in low-contrast scenarios .
• ​​Versatile Tomosynthesis​​: Dual-mode flexibility accommodates both rapid screening and detailed diagnostic needs .
• ​​Ergonomic Workflow​​: Automated compression and intuitive software reduce operator variability .

User Considerations​​

• ​​Ideal For​​: Hospitals, breast centers, and mobile screening units requiring high-volume, high-accuracy mammography.
• ​​Maintenance​​: Regular detector calibration and compression system checks are recommended for consistent performance.