Medical laboratory professionals in the United States earned a median of $62,930 a year in May 2025, according to the Bureau of Labor Statistics, and the bureau projects employment to grow 3 percent from 2025 to 2035, with about 20,800 openings a year. Pay depends heavily on the employer and specialty: the bureau’s median was $69,190 in private general hospitals but $58,320 in medical and diagnostic laboratories. The long-term outlook is stable demand and a persistent workforce shortage, balanced against the question of whether pay keeps pace with the education the profession requires.
Salary is one of the first questions students ask about a laboratory career and one of the main reasons experienced professionals consider leaving it. Public discussion of the profession’s pay is often vague, which makes it harder to recruit and retain the people laboratories need. This article lays out what current government data show about pay, how it varies by setting, what is driving demand, what pressures could hold wages back, and what professionals and employers can do to improve the outlook. It focuses on the United States, where the most reliable data are available.
What Medical Laboratory Professionals Earn Today
The Bureau of Labor Statistics reports that clinical laboratory technologists and technicians had a median annual wage of $62,930 in May 2025, equal to $30.26 an hour. About 343,000 people held these jobs in 2025. The median means half of workers earned more and half earned less, so individual salaries vary with experience, credentials, location, and role. Technologists, who generally hold a bachelor’s degree, and technicians, who sometimes qualify with an associate’s degree, are grouped together in this figure, so it does not show the gap between the two.
Context helps. Among similar occupations in the bureau’s comparison, clinical laboratory technologists and technicians earned more than biological technicians at $57,510, chemical technicians at $60,390, veterinary technologists and technicians at $47,380, and phlebotomists at $45,230. They earned less than cardiovascular technologists and technicians at $74,310, chemists and materials scientists at $95,060, and diagnostic medical sonographers at $96,590. The sonographer comparison is notable because that occupation typically requires only an associate’s degree, while medical laboratory professionals typically need a bachelor’s.
That comparison is the heart of the pay debate. Medical laboratory professionals are highly trained, make decisions that affect patient care, and work in a field that is little known to the public, as discussed in creating awareness for healthcare’s hidden profession. Whether pay reflects that responsibility is a question the data raise but cannot settle.
Why Pay Varies by Setting
The bureau’s industry breakdown shows how much the employer matters. Median annual wages in May 2025 were $69,190 in private general medical and surgical hospitals, $63,690 in educational services, $58,320 in medical and diagnostic laboratories, $56,850 in offices of physicians, and $48,140 in other ambulatory healthcare services. The spread between hospital and physician-office laboratories is about $12,000 a year at the median.
Several factors probably explain these differences, though the bureau’s data do not say which matter most. Hospitals often operate around the clock and may offer shift differentials, and they employ larger teams with more specialized roles. Small clinic laboratories may offer fewer advancement paths. Geography also matters, because the cost of living and the competitive labor market differ across regions, and a national median hides those differences.
Specialization is another factor. A 2020 report in 360Dx quoted a recruiter saying a generalist hospital technologist earned about $55,000 in a typical market, while someone with molecular platform expertise such as PCR could command roughly $70,000 to $75,000, with molecular, blood bank, and microbiology specialists seeing the strongest upward pressure. These figures are several years old and come from one recruiter’s view, so they should not be treated as current pay rates. They do suggest that skills in growing areas, which connect to the growing demand for molecular pathology, can be worth a premium.
What Is Driving Demand
The bureau projects 3 percent employment growth for the occupation from 2025 to 2035, which it describes as about as fast as the average for all occupations and equal to about 9,400 additional jobs. The larger figure for the profession is annual openings, about 20,800 a year on average, many of which arise when workers retire or move to other occupations. In other words, most hiring is replacement, not expansion.
The bureau names an aging population, which increases testing to diagnose conditions such as cancer and type 2 diabetes, and greater use of genetic testing as demand drivers. It names increasing automation of laboratory workflows as a headwind that may reduce demand. The wider group of health technologists and technicians is projected to grow 7 percent, faster than this occupation alone.
Surveys by the American Society for Clinical Pathology add a view of the shortage. Its 2024 vacancy survey, published in the American Journal of Clinical Pathology in 2025, found that vacancy rates had fallen compared with 2022 but remained elevated compared with pre-pandemic levels, and that retirements were still rising, with 10 of the 17 laboratory departments surveyed reporting more retirements. I could not access the full survey, so I am not quoting vacancy percentages. The picture is a profession still short-staffed, which is the context for the economic impact of laboratory workforce shortages.
Pressures That Could Hold Salaries Back
Shortages tend to raise wages, but several forces work the other way. The first is automation and artificial intelligence. The ASCP survey found that adapting to AI was the most common operational challenge among departments surveyed, and respondents were nonetheless optimistic about its potential to change workflows. The Bureau of Labor Statistics treats automation as a possible drag on demand. Whether technology reduces the number of positions or shifts the work toward higher-skill tasks will shape pay, a debate explored in ” Will automation replace laboratory professionals and artificial intelligence and the future of laboratory diagnostics.
The second is reimbursement. Laboratories are paid for tests at rates set largely by payers and public programs, and pressure on those rates limits what employers can offer. Advocacy on test payment affects salaries indirectly.
The third is the profession’s low visibility. When students do not know laboratory careers exist, the pipeline is thinner, and employers face a weaker bargaining position when they need to compete for new graduates and may rely on pay alone to recruit. Visibility, education, and pay are linked.
The Cost of Entry
The pay discussion also depends on what it costs to enter the profession. The bureau reports that a bachelor’s degree is typically needed, and that some states require licensure. Students who finish a degree and clinical training carry that cost into a job with a median wage of about $63,000, which is why loan repayment and educational support feature in the profession’s policy requests. The connection between training and employment is explored in bridging the gap between education and employment in laboratory science.
Salary also interacts with who enters the field. A workforce that offers visible career ladders and fair pay is easier to diversify, an aim discussed in building a diverse laboratory workforce for the future. Pay transparency, including by gender and role, helps identify where gaps exist.
What Professionals and Employers Can Do
For professionals, the available data point to several practical steps. Compare pay against the right benchmark, such as the same setting and region, not a national figure. Consider credentials and specialization, since employers appear to reward skills in areas with strong demand. Build leadership and technical expertise that automation does not replace, such as method validation, quality management, and interpretation. And use professional societies, whose surveys and advocacy supply the evidence that supports better pay.
For employers, the replacement-driven hiring pattern means retention is the main lever. Competitive pay, clear advancement paths, support for continuing education, and structured onboarding all help keep experienced staff. Laboratories that treat pay as part of a wider commitment to their people are better placed to hold on to them.
For the profession as a whole, better data would help. The ASCP wage survey, which has run since 1988 and drew more than 10,000 responses in 2025, is a main source of wage data, and its 2023 edition found significant salary increases since 2021. The 2025 results had not been published when I checked, so readers should look for the new figures in the American Journal of Clinical Pathology.
Conclusion
The outlook for medical laboratory professionals is one of steady demand and tight staffing rather than rapid growth. The median wage of $62,930 places the profession above several related technician roles and below the better-paid imaging and chemistry occupations, and the gap between hospital and clinic laboratories shows how much the setting matters.
The next decade will turn on three questions: whether automation changes the work in ways that raise or lower pay, whether reimbursement and advocacy create room for employers to compete, and whether the profession becomes visible enough to attract the people it needs. Medical laboratory professionals, employers, and educators all have a stake in the answers.
Frequently Asked Questions
How much do medical laboratory professionals earn?
The Bureau of Labor Statistics reported a median annual wage of $62,930, or $30.26 an hour, for clinical laboratory technologists and technicians in May 2025. Pay varies with experience, specialty, location, and employer, so the median is a starting point rather than a prediction for any one person.
Which laboratory settings pay the most?
In the bureau’s May 2025 data, the highest median among the industries listed was in private general medical and surgical hospitals at $69,190, followed by educational services at $63,690 and medical and diagnostic laboratories at $58,320. Offices of physicians had a median of $56,850.
Is demand for medical laboratory professionals growing?
Modestly. The bureau projects 3 percent growth from 2025 to 2035, with about 20,800 openings a year, many created by retirements and career changes. ASCP’s 2024 vacancy survey found vacancy rates lower than in 2022 but still above pre-pandemic levels.
Will automation and AI lower laboratory salaries?
It is uncertain. The bureau lists automation as a factor that may reduce demand, and ASCP’s survey found AI adaptation was the most common operational challenge, but respondents were optimistic about its potential. Professionals with expertise in validation, quality, and interpretation are likely to remain essential.
How can laboratory professionals increase their earning potential?
Options include specializing in high-demand areas such as molecular testing, pursuing advanced credentials, moving into quality, supervisory, or educational roles, and comparing offers against local data for the same setting. Salary surveys from professional societies can help in negotiation.
Bio-Reach is a non-profit organization dedicated to advancing Laboratory Medicine through advocacy, education, and global collaboration. To learn more or get involved, visit bio-reach.org.
