Radiologic Technologist Salary in Los Angeles, CA 2026,
$108,030 Median | BLS + Market Data

Los Angeles radiologic technologists earn a BLS median of $108,030/yr, or $51.94 an hour, across the Los Angeles-Long Beach-Anaheim metro, with a published band from $64,070 to $154,860. That is 34.9% above the US median for the occupation. BLS counts 6,450 radiologic technologists in the metro.

No — the metro sits 10.9% below the California statewide figure, because Northern California hospital systems pay imaging staff at the very top of the national range while this region has a very large outpatient and physician-office imaging sector at the other end. Among peer metros Los Angeles sits below San Diego at $113,480, and above Seattle at $105,200, Denver at $98,000, Phoenix at $94,820 and Austin at $83,870.

California operates its own certification regime through the state's radiologic health programme, in addition to national registration with the American Registry of Radiologic Technologists. That means a technologist moving here from another state generally needs to obtain California certification before working, with permits for specific modalities such as fluoroscopy and mammography handled separately. It is stricter than most states, it slows the inflow of technologists from elsewhere, and it is one reason wages in this market sit where they do.

Interventional radiology and catheterisation laboratory work at the top, then computed tomography, then general radiography. The ordering follows procedural involvement and call: an interventional technologist works alongside physicians in a sterile field and takes overnight call for emergencies such as stroke intervention. Each additional modality credential widens the range of shifts a technologist can cover, and scheduling flexibility is exactly what hospital imaging departments pay for.

It is one of the strongest two-year credentials available in this metro. The median sits 34.9% above the national figure, the band reaches $154,860 for technologists who cross-train into procedural work, and the region has an enormous amount of imaging. The honest counterweights are California's tax schedule, the region's housing costs, and the fact that general radiography alone plateaus around the median — the career depends on adding modalities.

California is one of the states that certifies radiologic technologists itself rather than relying solely on national registration, with separate permits for particular procedures. The clinical justification is radiation safety. The labour market consequence is a barrier to entry for technologists trained elsewhere, who must obtain California certification before working here. That friction restricts supply in a way that most state licensing regimes for this occupation do not, and it is a plausible part of the explanation for a 34.9% premium over the national median in a two-year-credential occupation.

The distance from the 25th percentile at $87,370 to the 90th at $154,860 is a credential gradient rather than an experience one. Each additional post-primary certification — computed tomography, mammography, interventional and vascular imaging, bone densitometry — expands the shifts a technologist can be scheduled for, and scheduling flexibility is what an imaging department values most. A technologist with three modality credentials is more useful than one with fifteen years of plain radiography, and this market prices exactly that.

This region contains both a well-paid hospital imaging sector, much of it covered by negotiated agreements with call and shift differentials, and a very large outpatient and physician-office imaging sector operating on thinner margins with daytime schedules. Both employ radiologic technologists doing recognisably similar work. The published band spans them, and the choice between them is the most consequential decision in a local imaging career — more so than employer brand, seniority or even years of experience.