Radiology tech salary vs ultrasound is a common comparison for students considering a career in medical imaging. Both professions involve advanced diagnostic equipment, direct patient care, and close cooperation with physicians, but the daily work, technology, specialization options, and earning potential are not identical.
Using the latest U.S. Bureau of Labor Statistics (BLS) data available for May 2025, diagnostic medical sonographers had a median annual wage of $96,590, while radiologic technologists and technicians had a median annual wage of $80,110.
That difference is useful, but salary alone does not tell the whole career story. Location, employer, experience, specialty, shift, credentials, and the type of imaging performed can all affect actual earnings.
This guide compares radiology tech and ultrasound careers across salary, responsibilities, education, work environment, job outlook, specialization, and long-term career considerations.
Radiology Tech Salary vs Ultrasound: Quick Comparison
Radiologic technologists, often called radiologic techs or radiographers, perform X-rays and may specialize in areas such as CT or mammography. Diagnostic medical sonographers use ultrasound equipment to produce images of internal body structures.
The two occupations overlap in their broader purpose—helping healthcare professionals obtain diagnostic information—but the technologies and examination techniques are quite different.
| Career factor | Radiologic Technologist | Diagnostic Medical Sonographer |
|---|---|---|
| 2025 U.S. median annual pay | $80,110 | $96,590 |
| Typical entry education | Associate degree | Associate degree |
| Primary technology | X-ray and related imaging equipment | Ultrasound equipment |
| Radiation exposure | Occupational radiation exposure is managed with safety procedures | Does not use ionizing radiation |
| 2025 employment | About 234,200 | About 92,200 |
| Projected growth, 2025–35 | 5% | 14% |
| Typical work settings | Hospitals, physician offices, labs, outpatient centers | Hospitals, physician offices, outpatient settings, diagnostic facilities |
BLS projects employment of diagnostic medical sonographers to grow 14% from 2025 to 2035, compared with 5% for radiologic technologists and technicians. These are employment projections rather than guarantees about an individual’s ability to find a job.
What Does a Radiologic Technologist Do?
Radiologic technologists perform diagnostic imaging examinations, with X-ray and CT among the major areas of practice. Their work involves much more than simply operating an imaging machine.
A typical radiologic technologist may:
- Prepare patients for examinations
- Explain procedures and answer basic questions
- Position patients and imaging equipment
- Operate computerized imaging equipment
- Follow physician orders for specific examinations
- Maintain accurate patient records
- Evaluate images for technical quality
- Work with physicians when additional images are necessary
- Follow radiation safety procedures
BLS notes that radiologic technologists may specialize in areas such as X-ray, mammography, or computed tomography.
The work can be physically demanding. Technologists may spend substantial portions of their shifts standing and may need to help lift or turn patients who are injured or have limited mobility.
Radiology Tech Work Environment
Hospitals are a major employer for radiologic technologists. In 2025, approximately 60% of radiologic technologist and technician jobs were in hospitals, according to BLS data. Other employers included physician offices, medical and diagnostic laboratories, outpatient care centers, and the federal government.
Because imaging services are often needed in emergencies, schedules can include:
- Evenings
- Weekends
- Overnight shifts
- Holidays
- On-call periods, depending on the employer
This can create opportunities for shift-based work, although schedules vary considerably by workplace.
What Does an Ultrasound Technologist Do?
Diagnostic medical sonographers operate ultrasound equipment to create images of structures inside the body. They use sound waves rather than ionizing radiation to produce diagnostic images.
The sonographer’s responsibilities can include:
- Preparing patients for ultrasound examinations
- Explaining the procedure
- Positioning patients
- Selecting appropriate ultrasound equipment and settings
- Obtaining diagnostic-quality images
- Recording measurements
- Documenting examination information
- Recognizing images that may require additional views
- Communicating relevant technical information to physicians
Ultrasound requires significant hands-on interaction with the patient and equipment. The sonographer moves a transducer over the relevant area while adjusting the machine to obtain useful images.
Ultrasound Work Environment
Diagnostic medical sonographers commonly work in hospitals and physician offices, while other positions exist in outpatient care centers and medical or diagnostic facilities. Most work full time, although healthcare facilities that operate continuously can require evening, weekend, or overnight schedules.
Physical demands can also matter. Sonographers may stand for extended periods and repeatedly position patients or equipment during examinations.
Radiology Tech Salary in 2025
According to the BLS Occupational Outlook Handbook, the median annual wage for radiologic technologists and technicians was $80,110 in May 2025. The lowest 10% earned less than $55,980, while the highest 10% earned more than $118,660.
These figures represent the national U.S. occupation and should not be interpreted as a guaranteed salary for a new graduate.
Pay also varies by industry. For May 2025, BLS reported these median wages for radiologic technologists and technicians:
| Work setting | 2025 median annual wage |
|---|---|
| Federal government | $97,490 |
| Outpatient care centers | $84,720 |
| Hospitals | $80,650 |
| Medical and diagnostic laboratories | $78,400 |
| Offices of physicians | $74,540 |
The differences demonstrate why looking only at an occupational average can be misleading. The employer and setting can have a meaningful effect on compensation.
Ultrasound Salary in 2025
Diagnostic medical sonographers had a $96,590 median annual wage in May 2025, according to BLS. The lowest 10% earned less than $67,820, while the highest 10% earned more than $129,370.
BLS also reports different median wages depending on industry:
| Work setting | 2025 median annual wage |
|---|---|
| Outpatient care centers | $127,940 |
| Hospitals | $97,390 |
| Offices of physicians | $95,220 |
| Medical and diagnostic laboratories | $87,580 |
Again, these are occupation-level wage statistics rather than individual salary offers. Experience, geographic area, specialty, employer, schedule, and credentials can all contribute to differences between workers.
Why Is Ultrasound Salary Different From Radiology Tech Salary?
The national median figures show a difference between the two occupations, but there is no single reason that explains every salary difference.
Several factors can influence compensation.
Specialization and Technical Skills
Radiologic technologists can build careers around X-ray, CT, mammography, and other imaging specialties. Sonographers can also develop specialized skills in areas such as abdominal, obstetric and gynecologic, vascular, cardiac, or breast imaging.
A specialized credential or skill set may open additional employment opportunities, but compensation varies by market and employer.
Work Setting
BLS wage data show substantial differences among industries within both occupations. For example, the 2025 median wage for sonographers in outpatient care centers was $127,940, compared with $95,220 in physician offices.
Radiologic technologist wages also differed by industry, ranging from $74,540 in physician offices to $97,490 in the federal government category in the BLS data.
Geographic Location
National median wages do not tell you what a particular hospital or imaging center will pay.
Before accepting a position, candidates should compare:
- Local salary ranges
- Housing costs
- State licensing requirements
- Overtime opportunities
- Shift differentials
- Benefits
- Local demand for the specialty
A higher salary in one city may not necessarily provide greater purchasing power after living expenses are considered.
Education Requirements for Radiology Techs and Sonographers
Both careers commonly begin with an associate degree, but certification and licensing requirements depend on the occupation, specialty, state, and credentialing pathway.
BLS identifies an associate degree as the typical entry-level education for both radiologic technologists and diagnostic medical sonographers.
Radiologic Technology Education
Radiologic technology programs commonly combine classroom instruction with clinical education. Coursework can cover areas such as:
- Anatomy
- Patient care
- Pathology
- Radiation physics
- Radiation protection
- Image evaluation
- Clinical procedures
ARRT’s primary pathway requires an associate degree or higher and completion of an ARRT-approved educational program in the relevant discipline. Candidates must also meet ethics and examination requirements.
Licensing is handled at the state level, so requirements can differ across the United States. BLS states that most states require radiologic technologists to be licensed or certified.
Sonography Education
Sonography students develop knowledge of anatomy, physiology, ultrasound physics, patient care, and scanning techniques. Clinical education is particularly important because students need practical experience operating ultrasound equipment and performing examinations.
Certification can be an important part of the career pathway. Requirements vary depending on the credential and organization involved, so prospective students should verify the requirements of the credential they plan to pursue before enrolling in a program.
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Radiology Tech vs Ultrasound: Job Outlook
Salary is only one part of the career comparison. Employment projections can also help students understand how the occupations are expected to change.
BLS projects 5% employment growth for radiologic technologists and technicians from 2025 to 2035, with about 11,800 additional jobs projected for that occupation.
For diagnostic medical sonographers, BLS projects 14% growth from 2025 to 2035, with about 12,900 additional jobs.
| Occupation | 2025 employment | Projected growth, 2025–35 | Projected employment change |
|---|---|---|---|
| Radiologic technologists and technicians | 234,200 | 5% | 11,800 |
| Diagnostic medical sonographers | 92,200 | 14% | 12,900 |
The percentages should be interpreted carefully. Sonography starts from a smaller employment base, while radiologic technology represents a substantially larger occupation. Job growth is also only one measure of career opportunity and does not guarantee an opening in a particular location.
Radiology Tech and Ultrasound Specialties
Specialization can change the type of work you perform and may also influence compensation.
Radiologic technologists may pursue areas such as:
- General radiography
- Computed tomography
- Mammography
- Other advanced imaging pathways
Sonographers can develop expertise in areas including:
- General diagnostic ultrasound
- Obstetric and gynecologic sonography
- Abdominal sonography
- Vascular sonography
- Cardiac sonography
- Breast sonography
The availability of specialties depends on the employer, local healthcare market, education, certification, and experience.
For someone comparing careers, it can be useful to ask not only, “What is the salary?” but also, “Which specialty would I want to practice for several years?”
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Radiology Tech vs Ultrasound: Daily Work Differences
Although both professionals work with diagnostic imaging, the physical experience of the job can feel quite different.
Radiologic technologists often work with X-ray equipment and may position patients around a fixed or mobile imaging system. CT technologists work with more advanced computerized imaging systems.
Sonographers generally have more direct, continuous interaction with the ultrasound transducer and patient during an examination.
| Daily-work factor | Radiologic Tech | Ultrasound |
|---|---|---|
| Patient interaction | Moderate to high | High |
| Equipment operation | X-ray/CT and related systems | Ultrasound systems |
| Direct scanning technique | Equipment positioning and imaging | Continuous transducer manipulation |
| Radiation safety | Important for ionizing-radiation modalities | No ionizing radiation from diagnostic ultrasound |
| Physical demands | Standing, positioning and moving patients | Standing, positioning and repetitive scanning movements |
| Common hospital role | Emergency and scheduled imaging | Scheduled and diagnostic ultrasound examinations |
Neither work style is universally easier. Personal preferences can matter significantly.
Someone who enjoys operating a range of imaging systems may be attracted to radiologic technology, while someone who prefers detailed, hands-on scanning and prolonged patient interaction may find sonography appealing.
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Which Career Has More Salary Growth Potential?
There is no universal salary ceiling that applies to every worker.
A radiologic technologist can potentially increase earning opportunities by developing specialized imaging skills, taking positions with different employers, working additional shifts where available, or moving into advanced responsibilities.
Likewise, sonographers can develop specialty expertise, pursue additional credentials, and seek positions in different healthcare settings.
BLS wage data demonstrate that pay can vary substantially by industry for both occupations.
For that reason, comparing only entry-level salaries can leave out an important part of the career picture.
A better comparison considers:
- Starting pay
- Median pay
- Local wage ranges
- Specialty opportunities
- Overtime availability
- Shift differentials
- Benefits
- Advancement opportunities
- Cost of education
- Cost of living
Radiology Tech vs Ultrasound: Which Skills Matter?
Both careers require technical knowledge and strong patient-care skills, but the emphasis can differ.
Important Radiologic Technology Skills
Radiologic technologists need strong attention to detail because positioning and technical factors affect image quality. BLS also identifies interpersonal skills, mathematics, physical stamina, and technical ability as important qualities.
Useful strengths include:
- Accuracy
- Patient communication
- Technical confidence
- Anatomy knowledge
- Radiation safety awareness
- Physical stamina
- Ability to follow detailed procedures
Important Sonography Skills
Sonography requires strong hand-eye coordination and the ability to obtain diagnostic images through careful scanning.
Important abilities include:
- Spatial awareness
- Anatomy knowledge
- Fine motor control
- Patient communication
- Concentration
- Technical problem-solving
- Physical stamina
- Consistent scanning technique
The quality of the examination depends heavily on the operator’s ability to acquire appropriate images.
Radiology Tech Salary vs Ultrasound: What About Benefits?
Salary figures do not include every component of compensation.
When comparing actual job offers, examine the complete package rather than focusing only on annual pay.
Important factors include:
- Health insurance
- Retirement contributions
- Paid time off
- Tuition assistance
- Certification reimbursement
- Shift differentials
- Overtime rates
- Paid holidays
- Disability coverage
- Professional development support
For example, a position with a somewhat lower base salary may have a stronger retirement contribution or better health benefits. Conversely, a higher-paying position may involve more night or weekend work.
The right comparison therefore depends on the complete compensation package and the candidate’s priorities.
How to Compare the Two Careers Before Choosing a Program
Students can make the comparison more practical by researching actual jobs in their target area.
Start by collecting several job postings for each profession and compare:
- Required education: Check degree and program requirements.
- Certification: Identify the credentials employers request.
- Salary: Record advertised ranges where available.
- Schedule: Look for nights, weekends, holidays, or on-call requirements.
- Specialty: Note whether employers are hiring for general or specialized imaging.
- Benefits: Compare healthcare, retirement, PTO, and education benefits.
- Work environment: Determine whether the position is hospital-based, outpatient, or office-based.
- Physical demands: Consider patient positioning and repetitive movements.
- Advancement: Look for opportunities to move into specialty or supervisory roles.
This approach gives a much more realistic picture than relying on a single national salary number.
Radiology Tech Salary vs Ultrasound: Key Takeaways
The latest national BLS data show a clear difference in median pay between the two occupations. In May 2025, diagnostic medical sonographers had a median annual wage of $96,590, compared with $80,110 for radiologic technologists and technicians.
At the same time, radiologic technology is a considerably larger occupation by employment size, with about 234,200 radiologic technologist and technician jobs in 2025 compared with approximately 92,200 diagnostic medical sonographer jobs.
The projected employment growth also differs: BLS projects 5% growth for radiologic technologists and technicians and 14% growth for diagnostic medical sonographers from 2025 to 2035.
The most useful decision factors therefore extend beyond salary. Consider the imaging technology, patient interaction, physical demands, educational pathway, certification requirements, specialty options, work schedule, local job market, and total compensation.
For a student choosing between the two fields, researching local employers and spending time observing each profession can provide valuable context before committing to a program.
Frequently Asked Questions
Do ultrasound techs make more than radiology techs?
According to BLS May 2025 national median wage data, diagnostic medical sonographers had a median annual wage of $96,590, while radiologic technologists and technicians had a median of $80,110. Individual salaries can vary by location, employer, experience, specialty, and work setting.
Is radiology technology harder than ultrasound?
The difficulty depends on the individual and the program. Radiologic technology requires knowledge of imaging procedures, anatomy, patient positioning, and radiation safety. Sonography requires extensive anatomy knowledge, ultrasound physics, scanning technique, and hands-on image acquisition.
Do both careers require an associate degree?
An associate degree is the typical entry-level education listed by BLS for both occupations. Specific certification, accreditation, and licensing requirements can vary, so prospective students should check the rules applicable to their intended career and state.
Does ultrasound use radiation?
Diagnostic ultrasound uses sound waves rather than ionizing radiation to create images. Radiologic technology includes imaging modalities such as X-ray that use ionizing radiation, which is why radiation protection is an important part of radiologic technology education and practice.
Which career has faster projected job growth?
BLS projects 14% employment growth for diagnostic medical sonographers from 2025 to 2035, compared with 5% for radiologic technologists and technicians. These projections describe expected occupational employment changes nationally and are not guarantees for individual job seekers.
Zak is a dedicated medical and career writer specializing in sonography, healthcare education, and professional development. Through SonographerSalary.com, he shares in-depth insights on sonographer salaries, education pathways, and career tips to help readers build successful futures in medical imaging. His content combines accuracy with practical, easy-to-understand guidance, empowering students and professionals to make confident, informed career decisions.