New 2D full-field digital mammography (FFDM) systems range from $150,000 to $250,000. New 3D mammography (tomosynthesis) systems range from $250,000 to $500,000 depending on brand and configuration. Refurbished 2D digital mammography units are available from $40,000 to $120,000 with warranty and service contract. The best price on a certified pre-owned mammography unit depends on model year, detector type, and MQSA compliance status. New vs used: regulatory compliance and accreditation requirements make mammography one area where new systems are often preferred.

Beyond purchase price, total cost of ownership includes annual service contract, MQSA annual inspection, and ACR accreditation fees. Annual service contract fees typically run $15,000 to $30,000 per year for a full OEM service agreement. Annual MQSA inspection by a certified medical physicist is a federal requirement — budget $1,500 to $3,500 per year. What are the running costs? Also include compression device maintenance, quality control consumables, and optional biopsy system upgrades. A mammography unit should have a 7 to 10 year useful life — model total costs over this period before finalizing your financial case.

Equipment loans, operating leases, and vendor financing programs are all available for mammography systems. Lease vs buy: leasing is common for mammography because the technology upgrade from 2D to 3D has been significant and ongoing. Many hospitals and imaging centers use operating leases to preserve capital and upgrade to tomosynthesis platforms more easily. Grant funding is available for mammography equipment in underserved communities through CDC breast cancer screening programs. Ask vendors for a complete financing options menu including deferred start and seasonal payment structures.

2D full-field digital mammography (FFDM) is the established standard — excellent sensitivity and specificity for most screening programs. 3D mammography (tomosynthesis) acquires multiple low-dose images from different angles and reconstructs them into a 3D dataset. What is the difference between them clinically? Tomosynthesis reduces callback rates by 15 to 40 percent and detects more invasive cancers — especially in dense breast tissue. 3D mammography also generates a synthesized 2D image, allowing facilities to eliminate the separate 2D exposure and reduce overall dose. Most new installations now specify 3D tomosynthesis as the baseline — ask vendors about upgrade paths from 2D to 3D.

Synthesized 2D (also called C-View or Insight 2D depending on brand) generates a 2D image mathematically from the 3D tomosynthesis dataset. Using synthesized 2D eliminates the need for a separate 2D exposure — reducing total exam dose by approximately 40 percent. FDA cleared synthesized 2D software is available from major mammography vendors as either an included or optional feature. Is the dose from 3D mammography with synthesized 2D similar to standard 2D? Yes — it is comparable or lower in most configurations. Ask vendors whether synthesized 2D is included in the base price or is a separately licensed software option.

Contrast-enhanced mammography (CEM) uses an iodinated contrast injection to highlight areas of increased blood flow — similar to contrast-enhanced MRI. CEM improves cancer detection in dense breasts and is used as a bridge between standard mammography and breast MRI. What is the difference between CEM and standard 3D mammography? CEM adds functional information; standard tomosynthesis shows only anatomy. CEM capability can be added to select 2D digital mammography platforms — ask vendors whether your unit supports this upgrade. Reimbursement for CEM is available from many commercial payers; Medicare coverage is expanding.

Mammography uses very low-dose X-ray — radiation shielding requirements are significantly less than CT but still regulated. Do I need a radiation room? A dedicated mammography room with controlled access and basic lead shielding in the primary beam direction is required. Room size: a minimum of approximately 10 by 12 feet with proper patient privacy provisions is standard. Site planning should include patient privacy screens, adequate lighting for positioning, and DICOM network connectivity. All shielding designs must be reviewed by a qualified medical physicist and meet MQSA room design requirements.

Lead time for a new mammography system is typically 6 to 14 weeks from order to delivery. Refurbished mammography units from stocked certified pre-owned inventory can often be delivered in 2 to 6 weeks. Physical installation takes 1 to 2 days; DICOM configuration and PACS integration typically requires an additional day. How long does installation take from delivery to first patient? Typically 2 to 5 days including quality control testing and MQSA equipment evaluation. MQSA certification of the unit by a medical physicist must occur before clinical use — schedule this before your target opening date.

New mammography systems typically include a 1-year parts and labor warranty from the manufacturer. Extended service contracts cover preventive maintenance, emergency repair, detector calibration, and MQSA compliance support. OEM vs aftermarket service: mammography MQSA compliance requirements make OEM service preferable — many accreditation bodies prefer it. Annual MQSA-required quality control and medical physicist survey are often included in comprehensive service contracts. Ask: Does the service contract include ACR accreditation support and annual physics survey documentation?

Parts availability for mammography systems is strong from major manufacturers (Hologic, GE, Siemens, Fujifilm) for 10 to 12 years post-production. The digital detector is the most critical and expensive component — replacement costs $30,000 to $80,000. For refurbished mammography units, confirm the detector’s age, recertification status, and remaining warranty. MQSA mandates that mammography equipment meet specific performance standards — verify that your unit can be brought into compliance. Choosing a widely-used platform from a major manufacturer ensures the best long-term parts availability and regulatory support.

All modern mammography systems are DICOM compatible — images, reports, and patient demographics are stored and transmitted in DICOM format. PACS integration enables radiologists to read mammograms on specialized high-resolution diagnostic displays (5-megapixel monitors). For tomosynthesis, confirm your PACS and reading workstation support the 3D image stack format — older systems may need upgrading. CAD (computer-aided detection) and AI-powered mammography reading tools integrate via DICOM secondary capture into the workflow. Confirm network bandwidth to support large 3D mammography datasets — tomosynthesis image sets are 10 to 15 times larger than 2D.

Mammography technologists must hold ARRT mammography certification (RT(M)) — state licensing requirements vary. Training provided by the vendor covers positioning technique, compression optimization, dose management, and quality control procedures. Radiologist interpretation of mammography requires 240 hours of mammography reading experience for initial MQSA qualification. Tomosynthesis reading requires additional training — most radiologists complete vendor-specific CME modules of 1 to 4 hours. Confirm whether vendor training is included in the purchase price — some vendors charge separately for on-site application training.

Under the Mammography Quality Standards Act (MQSA), all mammography facilities in the U.S. must be FDA certified. FDA cleared equipment is required — all mammography systems must pass FDA 510(k) review before clinical use. Annual MQSA inspections assess equipment performance, personnel qualifications, quality assurance, and medical audit records. Facilities must also obtain ACR or equivalent accreditation — required for Medicare reimbursement. Non-compliance with MQSA can result in facility closure — the regulatory burden is higher for mammography than for most other imaging modalities.

Yes — screening mammography is covered at 100 percent (no cost-sharing) for eligible women under the Affordable Care Act. Is it covered by insurance? Screening mammography for women 40 and older is an ACA-mandated preventive service — covered without copay or deductible. Diagnostic mammography (ordered for a specific clinical concern) is reimbursed but may involve cost-sharing depending on the payer. Medicare reimburses screening mammography annually — approximately $80 to $125 for 2D; tomosynthesis carries a small add-on reimbursement. Reimbursement for 3D mammography (G0279 add-on code) adds approximately $15 to $25 per exam under current Medicare fee schedules.

The leading mammography manufacturers are Hologic (Selenia Dimensions), GE HealthCare (Pristina), Siemens (Mammomat), and Fujifilm. How do I compare vendors? Key factors: image quality (SNR, MTF), compression force consistency, tomosynthesis performance, and service network. Which brand is best? Hologic has the largest installed base in the U.S. and pioneered tomosynthesis; GE Pristina is known for patient-centric design. Request a side-by-side image quality comparison using phantom and clinical images before making a final decision. Also compare ACR accreditation support — how does the vendor help you through the initial accreditation process?

Is the system FDA cleared for both 2D and 3D mammography under the current MQSA? Is installation included and does it cover MQSA medical physicist evaluation and DICOM PACS integration? What warranty is included and does the service contract cover the digital detector? What financing options are available and is grant funding support provided for qualifying community programs? What is the lead time from contract to first patient and what is your ACR accreditation support process?

Some platforms support upgrading from 2D to 3D mammography — but this depends entirely on the specific model and manufacturer. Hologic’s Selenia Dimensions and several GE platforms offer a tomosynthesis upgrade path for existing 2D installations. Can I upgrade later? If you purchase a tomosynthesis-capable 2D platform, yes — the hardware is already compatible. Upgrade kits typically cost $60,000 to $120,000 and include the detector array, reconstruction software, and training. If upgrading later is part of your plan, explicitly confirm upgrade eligibility in writing before purchasing any 2D-only system. Operational

Mammography uses low-energy X-rays (25 to 35 kVp) to image breast tissue — the low energy is necessary to differentiate between soft tissue structures. How does it work? The breast is compressed between two plates to spread tissue, reduce dose, and improve image quality. Standard compression force is approximately 130 to 200 Newtons — regulated by MQSA standards. Modern mammography systems offer automated compression with feedback to optimize force while improving patient comfort. Patient comfort programs — such as GE’s SmartCurve — use curved compression paddles to reduce discomfort without compromising image quality.

Screening mammography is performed on asymptomatic women to detect early breast cancer — typically two views (CC and MLO) of each breast. Diagnostic mammography is performed when a clinical concern exists — a palpable mass, asymmetry, or abnormal screening finding. What is the difference between them in terms of imaging protocol? Diagnostic exams include additional targeted views and spot compression. Screening exams are typically performed by a technologist without immediate radiologist presence; diagnostic exams require real-time radiologist supervision. Reimbursement differs: screening mammography is 100 percent covered preventive care; diagnostic mammography may involve cost-sharing. Refurbished Radiology Equipment & Service · Since 1994 6901 TPC Drive, Suite 350 · Orlando, FL Info@AmberUSA.com · www.amberusa.com/ Note: Prices, specifications, model examples, lead times, and service ranges in this guide are general buyer guidance and will vary by system, configuration, condition, location, and timing. Exact pricing and terms are addressed on a case-by-case basis. Contact Amber Diagnostics for guidance specific to your project.