1. Core Technical Specifications

• Model: MSLIM07 Digital Mammography System
• Power Output: 5kW
• Radiography Current: 10-200mA
• Radiography Voltage: 20kV-50kV
• mAs Range: 0.5-600mAs
• Exposure Time: 5-10000ms
• Focus Size: 0.1/0.3mm

2. Detector & Imaging Parameters

• Detector Type: Third-generation full-size Amorphous Silicon (a-Si) Flat Panel Detector
• Vision Size: 10*12"
• A/D Conversion: 16 bits
• Spatial Resolution: 6 lp/mm
• Pixel Size: 2762×3308
• Key Imaging Capability: Captures calcified lesions under 0.1mm

3. Imaging & Workflow Functions

• Case Management: Manual registration, worklist auto-searching
• Image Acquisition: Auto window adjusting, auto cutting, auto sending
• Image Processing: Correcting, flipping, balancing, sharpening, filtering
• Image Viewing: Window position adjusting, flipping, rotating, zooming, recovering
• Case Report: Auto loading of patient information & expert template
• Film Printing: Supports DICOM3.0 standard
• DICOM Transfer: Compatible with DICOM3.0 PACS workstations

4. Safety & Comfort Features

• Safety Technology: Threshold pressure control (ensures operational safety)
• Operation Convenience: One-button high-intelligent positioning (improves work efficiency)
• Patient Comfort: Multi-frequency self-induced compression technology (reduces pain maximally)

5. High-Precision Multi-Function Rack

• Movement Control: High-accuracy movement
• Rotation Feature: X-ray tube rotates around detector isocenter
• Hardware Support: Enables breast tomosynthesis and breast biopsy

Product Highlight Description

The MSLIM07 digital mammography system features a third-generation a-Si flat panel detector, 6 lp/mm spatial resolution, and 0.1/0.3mm focus size to capture sub-0.1mm calcified lesions. With 5kW power output, DICOM3.0 compatibility, and one-button positioning, it simplifies workflows while ensuring safety via threshold pressure control. Its multi-frequency compression reduces patient pain, making it a reliable tool for early breast lesion detection—combining high imaging accuracy with user-friendly operation for clinical efficiency.