How to Add Mammography Services to Your Practice: Step-by-Step Guide

Adding mammography to your practice is one of the most impactful clinical and business decisions an imaging center, women's health practice, or multi-specialty clinic can make. Mammography is the most widely performed breast cancer screening tool in the United States, with over 40 million exams performed annually. For practices with an existing patient base of women age 40 and older, bringing mammography in-house can improve patient care, reduce referral leakage, and generate meaningful revenue.

But launching a mammography program involves far more than purchasing equipment. The regulatory landscape is complex, the facility requirements are specific, and the accreditation process is rigorous. This guide walks you through every step of adding mammography to your practice, from financial feasibility through go-live and ongoing compliance.

Step 1: Assess Demand and Financial Viability

Before committing to mammography, build a realistic business case based on your patient population and market.

Patient Volume Projections

• Estimate the number of women age 40+ in your current patient panel and referral network
• Determine how many are currently being referred out for screening mammography
• Assess competition: how many mammography providers are within a 15-minute drive of your location?
• A single mammography unit can typically handle 3,000 to 6,000 screening exams per year, depending on scheduling and staffing

Reimbursement and Revenue

• Average reimbursement for a screening mammogram (CPT 77067) ranges from approximately $150 to $200 depending on payer mix
• Diagnostic mammography (CPT 77065, 77066) reimburses at similar or slightly higher rates
• 3D tomosynthesis (CPT 77063 add-on) adds approximately $50 to $100 per exam
• At 3,000 exams per year with a blended reimbursement of $200 to $300 per exam, annual mammography revenue ranges from $600,000 to $900,000

Break-Even Analysis

Factor in total startup costs (equipment, room preparation, shielding, accreditation) plus ongoing annual costs (staffing, service contract, physicist fees, supplies). Most practices performing 2,000+ exams per year can expect to break even within 12 to 24 months, with refurbished equipment significantly accelerating the timeline.

Step 2: Understand Regulatory Requirements

Mammography is the most heavily regulated imaging modality in the United States. You must satisfy several overlapping regulatory requirements before performing your first clinical exam.

• MQSA certification: Required by federal law. Your facility must apply for and receive a valid MQSA certificate from the FDA before performing any mammography. The process begins with a provisional certificate, followed by ACR accreditation and then a full certificate.
• State licensure: Most states require a separate facility license or registration to operate mammography equipment. Check your state's radiation control program for specific requirements.
• ACR accreditation: The American College of Radiology is the FDA-approved accreditation body for mammography. Accreditation requires phantom image submission, clinical image evaluation, dose measurement, and documentation of personnel qualifications.
• FDA inspection: Once certified, your facility will receive annual inspections by FDA-certified inspectors who verify ongoing compliance with all MQSA requirements.

Step 3: Hire Qualified Personnel

MQSA mandates specific credentials for every person involved in the mammography process. You must have the following roles filled before you can apply for accreditation.

Interpreting Radiologist

A board-certified radiologist who meets MQSA qualification requirements, including initial mammography training, ongoing volume requirements (240 interpretations per 24-month period), and continuing education. If you do not have a qualified radiologist on staff, establish a formal reading arrangement with a breast imaging radiologist or teleradiology group.

Certified Mammography Technologist

A radiologic technologist with ARRT certification in mammography. The technologist must have completed 40 hours of mammography-specific training and clinical competency requirements. This person will also typically serve as your QC technologist responsible for daily, weekly, and monthly quality control testing.

Medical Physicist

A qualified medical physicist must perform your annual equipment evaluation and be available for consultation on equipment performance issues. Most practices contract with an independent medical physicist rather than hiring one on staff.

Step 4: Choose Your Equipment

Selecting the right mammography system is a critical decision that affects clinical capability, patient experience, and long-term costs.

New vs Refurbished

• New mammography systems range from $205,000 to $265,000 for a fully configured 3D unit from Hologic, GE, or Fujifilm
• Refurbished mammography systems range from $50,000 to $130,000 for equivalent clinical capability
• Refurbished equipment from a reputable provider meets the same ACR and MQSA performance standards as new equipment

2D vs 3D (Tomosynthesis)

3D tomosynthesis is now the standard of care for screening mammography. It reduces recall rates by 15-40% and improves cancer detection by 20-40% compared to 2D alone. Nearly all new installations are 3D-capable. For a new program, 3D capability is strongly recommended.

Leading Platforms

• Hologic Selenia Dimensions / 3DQuant: The most widely installed platform in the U.S. with the largest clinical evidence base for tomosynthesis. Supports Genius AI Detection, C-View synthesized 2D, and Clarity HD imaging.
• GE Healthcare Senographe Pristina: Known for patient comfort features, supports tomosynthesis and contrast-enhanced mammography (SenoBright HD).
• Fujifilm Aspire Cristalle: Features ISS (irradiation-side sampling) detector technology and an ergonomic, compact design. Competitive pricing.

Step 5: Plan Your Facility

Mammography has specific room requirements that must be met before equipment installation can begin.

Room Requirements

• Minimum room size: Typically 130 to 180 square feet for the mammography room, depending on the specific system and gantry rotation clearances
• Control area: A separate operator area or adjacent room with a shielded window for technologist positioning during exposures
• Patient changing area: A private dressing area with gowns and lockers adjacent to the mammography room

Radiation Shielding

• A qualified medical physicist must perform a shielding design study based on the specific equipment, room layout, workload, and occupancy of surrounding areas
• Typical shielding includes lead-lined drywall (1/32" to 1/16" lead equivalence), leaded glass observation windows, and lead-lined doors
• Shielding costs range from $3,000 to $12,000 depending on room size, number of walls requiring shielding, and lead thickness required

Electrical Requirements

• Dedicated electrical circuit meeting the equipment manufacturer's specifications (typically 208V or 240V, 30-50 amp)
• Dedicated UPS (uninterruptible power supply) for the acquisition workstation is recommended
• Stable, clean power free from voltage fluctuations that can affect image quality

HVAC

• Temperature and humidity control within manufacturer specifications (typically 64-80°F, 30-75% relative humidity)
• Adequate cooling capacity to handle the heat load of the mammography system and workstation

Step 6: Installation and Site Preparation

Once the room is ready and equipment has been selected, the installation process typically follows this timeline:

• Weeks 1-2: Pre-installation site survey by the equipment provider to verify room readiness, confirm electrical and network connections, and finalize installation logistics
• Weeks 2-3: Equipment delivery, rigging into position, mechanical and electrical installation
• Week 3-4: System calibration, software configuration, PACS/RIS integration testing, DICOM connectivity verification
• Week 4: Application training for technologists, workflow configuration, and protocol optimization

PACS Integration

Your mammography system must integrate with your facility's PACS (Picture Archiving and Communication System) for image storage and retrieval. This includes DICOM configuration, worklist connectivity (MWL), image routing, and testing with your reporting workstation. Budget $2,000 to $8,000 for integration depending on complexity.

Step 7: Accreditation Process

ACR accreditation is required before your facility can receive a full MQSA certificate and begin billing for mammography services.

• Submit ACR application: Complete the application including facility information, personnel qualifications documentation, and equipment specifications
• Phantom testing: Image the ACR mammography accreditation phantom on your installed system and submit the images for evaluation
• Clinical image review: Submit a set of clinical mammographic images for evaluation by the ACR review committee
• Dose documentation: Submit documentation of mean glandular dose measurements performed by your medical physicist
• Timeline: The ACR accreditation review process typically takes 8 to 12 weeks after submission of a complete application package

During the accreditation period, your facility may operate under a provisional MQSA certificate, which allows clinical mammography while the accreditation application is being reviewed.

Step 8: Go Live

With equipment installed, staff trained, and accreditation in process, your mammography program is ready to launch.

• Staff training: Ensure all technologists have completed hands-on training with the specific system and are comfortable with all clinical protocols, patient positioning, and QC procedures
• Workflow optimization: Map the patient flow from check-in through changing, imaging, results notification, and follow-up scheduling. Identify and eliminate bottlenecks before opening day.
• Patient scheduling: Configure scheduling templates that balance throughput with quality. A typical screening mammogram takes 15 to 20 minutes including positioning; schedule accordingly with buffer time.
• Marketing and patient outreach: Notify your existing patient base, referring providers, and community about your new mammography service. Emphasize convenience, technology (3D mammography), and the ability to receive care within a trusted practice.

Step 9: Ongoing Compliance

Launching the program is only the beginning. Ongoing compliance requires consistent attention to three areas.

• QC program: Daily, weekly, monthly, and quarterly quality control tests must be performed and documented without exception. Assign a lead QC technologist and establish backup coverage.
• Annual physicist survey: Your medical physicist must perform a comprehensive equipment evaluation every year. Budget for this service and schedule it proactively.
• PM service contract: Professional preventive maintenance by factory-trained engineers is essential for maintaining equipment performance between physicist surveys. A PM service contract typically includes 2 to 4 scheduled visits per year plus emergency response coverage.

Step 10: Total Budget Estimate

The following table provides a range of costs for starting a mammography program. Actual costs will vary based on equipment selection, facility conditions, and geographic location.

Category	Low Estimate	High Estimate
Mammography System (refurbished 3D)	$50,000	$130,000
Mammography System (new 3D)	$205,000	$265,000
Room Preparation (construction, electrical, HVAC)	$15,000	$50,000
Radiation Shielding	$3,000	$12,000
PACS Integration	$2,000	$8,000
ACR Accreditation Fees	$1,800	$2,500
Medical Physicist (initial survey + shielding design)	$2,500	$5,000
Application Training	Included with equipment	$3,000
Total Startup (with refurbished system)	$74,300	$210,500
Total Startup (with new system)	$229,300	$345,500

Annual Operating Costs

Category	Annual Cost Range
Mammography Technologist Salary	$55,000 - $80,000
Interpreting Radiologist (contract or employed)	$30,000 - $100,000+ (varies by arrangement)
PM Service Contract	$15,000 - $30,000
Medical Physicist Annual Survey	$1,500 - $3,500
Supplies (paddles, gowns, phantom, cleaning)	$2,000 - $5,000
ACR Accreditation Renewal (every 3 years)	$600 - $800/year amortized

How ARRAD Simplifies the Process

Starting a mammography program involves coordinating equipment selection, installation, regulatory compliance, and ongoing service. ARRAD streamlines this process by providing a single partner for every step.

• Equipment sourcing: New and refurbished mammography systems from Hologic, GE Healthcare, and Fujifilm with honest guidance on which platform fits your practice
• Installation: Professional installation including rigging, assembly, calibration, PACS integration, and application training
• Compliance support: PM service designed to support MQSA requirements, with documentation that builds your compliance file
• Physicist coordination: ARRAD works directly with your medical physicist to ensure equipment is prepared for acceptance testing and annual surveys
• Ongoing service: Nationwide PM and repair service backed by OEM parts sourced through radmedparts.com
• Trade-in program: If you are replacing an existing system, ARRAD's trade-in program can offset your acquisition cost

Start Your Mammography Program

Adding mammography services to your practice is a significant investment that pays returns in clinical capability, patient satisfaction, and revenue. The key to a successful launch is thorough planning, the right equipment partner, and a commitment to ongoing compliance.

Contact ARRAD today at 877.299.8303 or visit our contact page to discuss your mammography program plans. Whether you need help choosing equipment, planning your facility, or building a complete turnkey solution, we are here to help. For OEM replacement parts, visit radmedparts.com.