Mammography devices are one of the medical imaging systems that play a critical role in the early diagnosis of diseases such as breast cancer. With developing technology, mammography devices offer more sensitive, low-dose and high-resolution imaging. Mammography devices significantly increase diagnostic accuracy with the latest technology, artificial intelligence-supported analyses, 3D tomosynthesis, low-dose radiation use and high-resolution detectors. Anod offers the latest mammography devices and technical support services for healthcare institutions.
Advanced Mammography Technologies and Features
1. Digital Mammography (FFDM - Full Field Digital Mammography)
It offers higher image quality compared to analog systems.
High-resolution images are obtained with low-dose radiation.
Images are stored in a digital environment, allowing rapid analysis.
The latest digital mammography devices:
Hologic Selenia Dimensions – An advanced digital mammography device that offers high-contrast imaging.
GE Senographe Pristina – Draws attention with its ergonomic design that increases patient comfort.
2. 3D Mammography (Tomosynthesis Technology)
Provides more detailed analysis by performing three-dimensional breast scanning.
Reduces the false positive diagnosis rate in patients with dense breast tissue.
Can detect small tumors earlier.
Prominent 3D mammography devices:
Siemens Mammomat Revelation – Detects even the smallest lesions by providing tomosynthesis and biopsy support.
Fujifilm Amulet Innovality – Performs breast screening with lower dose tomosynthesis technology.
3. Artificial Intelligence-Supported Mammography Devices
Increases diagnostic accuracy by using artificial intelligence algorithms for image analysis.
Increases efficiency by accelerating the decision-making process of radiologists.
Minimizes false positive and negative diagnosis rates.
Prominent artificial intelligence-supported mammography systems:
iCAD ProFound AI – Provides artificial intelligence-supported analysis in breast cancer diagnosis.
DeepHealth AI-Mammo – Detects abnormalities with high accuracy with deep learning technology.
4. Contrast Enhanced Mammography (CESM)
Clearer vascular structures are displayed compared to standard mammography scans.
It offers an additional diagnostic advantage in patients with dense breast tissue.
It is effective in detecting early-stage cancer cases.
Standout CESM devices:
GE SenoBright CESM – Provides detailed vascular structure imaging with contrast-enhanced mammography technology.
Siemens Mammomat Fusion – Speeds up the diagnosis process by performing low-dose contrast scanning.
5. Low-Dose Mammography Technology that Reduces Radiation Dose
Reduces unnecessary radiation exposure of patients.
It works by maintaining the same image quality at lower energy levels.
It is an ideal solution especially for patients undergoing annual screenings.
Low-dose mammography devices:
Hologic 3Dimensions – Provides high-quality mammography images with the lowest radiation dose.
Planmed Clarity – One of the newest systems that works with low-dose tomosynthesis technology.
Advantages of the Latest Technology Mammography Devices
Clearer and More Precise Images: Diagnostic accuracy is increased with 3D and artificial intelligence-supported systems.
Lower Radiation Exposure: New generation devices use less radiation to ensure patient safety.
Fast and Efficient Scanning Processes: Diagnosis time is shortened thanks to digital imaging and artificial intelligence-supported analyses.
Patient Comfort Increases: Patient experience is improved thanks to ergonomic designs and faster scanning times.
False Diagnosis Rates Decrease: False positive and negative results are minimized with advanced software systems and contrast imaging technologies.
Things to Consider When Choosing a Mammography Device
Resolution and Image Quality: Detectors with high pixel density should be preferred.
3D Tomosynthesis Feature: Three-dimensional imaging systems should be supported for more precise diagnosis.
Low Radiation Dose: Low-dose devices should be selected for patient safety.
Artificial Intelligence-Supported Analysis: Devices with artificial intelligence algorithms should be used for fast and accurate diagnosis.
Fast Processing Capacity: Models that minimize scanning time and increase data transfer speed should be preferred.
Patient Comfort: It is important that the breast compression mechanism of the device is less disturbing for patients.
Professional Mammography Device Solutions with Anod
Anod offers professional device supply, maintenance and technical service for mammography devices, computed tomography, x-ray, X-ray, MR devices and other medical imaging systems.
You can benefit from the latest technology solutions of mammography devices offered by Anod to ensure that your devices are equipped with the latest technology and operate at the highest performance.