Nuclear Medicine Technologist Salary (2026): CNMT Pay Guide for All 50 States

Certified nuclear medicine technologists in the United States earn a national median of $106,398 per year — roughly $51.15/hour. NMT pay sits near the top of the diagnostic-imaging pay scale, supported by a chronically constrained supply of credentialed staff, the rapid expansion of PET-CT imaging tied to oncology care, and the recent explosion in theranostics — therapeutic radiopharmaceuticals like Lu-177 PSMA (Pluvicto) and Lu-177 DOTATATE (Lutathera) that have reshaped prostate-cancer and neuroendocrine-tumor treatment.

The national median is only the middle of the distribution. Three numbers describe the real range of nuclear medicine technologist compensation:

• Entry-level NMTs (10th percentile): $81,953/year — typically newly certified CNMT or RT(N) graduates in their first 1–2 years, often as general nuclear medicine technologists at community hospitals or outpatient nuclear cardiology centers.
• Median NMT (50th percentile): $106,398/year — the working CNMT or RT(N) with 3–8 years of experience, frequently cross-trained for general nuclear medicine plus PET-CT, with strong cardiac SPECT and bone-scan throughput.
• Top-earning NMTs (90th percentile): $141,171/year — senior NMTs in high-cost metros, NMTCB Advanced (NCT, PET) certificate holders, theranostics technologists running Lu-177 and I-131 therapy programs, lead/chief technologists at NCI-designated cancer centers, and travel NMTs filling persistent PET-CT and theranostics coverage gaps.

Geographic location explains the largest share of the gap. Nuclear medicine techs in Sunnyvale, CA earn a median of $213,721, while colleagues in San Juan, PR earn around $55,083. State licensure and radiation-handling rules, the local mix of academic medical center versus outpatient PET-CT employers, the density of NCI-designated cancer centers running theranostics programs, and the strength of demand from cardiac nuclear medicine all push pay in measurable ways beyond cost of living.

Nuclear Medicine Technologist Salary vs CNMT Salary — Are They the Same?

Yes. Nuclear Medicine Technologist (NMT) is the occupational title; two distinct national credentials qualify someone for the role. CNMT (Certified Nuclear Medicine Technologist) is awarded by the Nuclear Medicine Technology Certification Board (NMTCB) after a candidate completes a Joint Review Committee on Educational Programs in Nuclear Medicine Technology (JRCNMT)-accredited program and passes the NMTCB examination. RT(N) is the post-primary credential awarded by the American Registry of Radiologic Technologists (ARRT) to candidates who already hold an ARRT primary credential. Most U.S. nuclear medicine departments accept either credential; some explicitly require CNMT. The Society of Nuclear Medicine and Molecular Imaging — Technologist Section (SNMMI-TS) is the profession's national society. The same job goes by several names in salary surveys and job ads:

• Nuclear medicine technologist salary / NMT salary / NMT pay
• CNMT salary / certified nuclear medicine technologist pay
• RT(N) salary / ARRT nuclear medicine pay
• PET-CT technologist salary / PET tech pay
• Theranostics technologist salary / radiopharmaceutical therapy tech pay
• Nuclear cardiology tech salary / SPECT tech pay

All of these reference SOC code 29-2033 in the Bureau of Labor Statistics Occupational Employment and Wage Statistics survey — the data source used throughout this site. Note that radiologic technologists (RT(R), SOC 29-2034) and MRI technologists (SOC 29-2035) are tracked under separate SOC codes; this site reports nuclear medicine technologist pay only.

Hourly Pay and PET-CT/Theranostics Compensation

Hospital-based nuclear medicine technologists are paid hourly, with rare exceptions for salaried lead and chief-tech roles. The national median equivalent of $51.15/hour reflects a full-time 36–40 hour week, but actual paychecks vary widely by region, subspecialty, and credential level:

• West Coast and Northeast metros: commonly $45–68+/hour for experienced CNMT or RT(N) technologists at academic medical centers and NCI-designated cancer centers; California, Washington, Massachusetts, Oregon, and Alaska consistently lead the NMT pay scale.
• Midwest and South: $32–45/hour median range, with metro hospitals and large outpatient PET-CT centers at the upper end of that band.
• NMTCB Advanced PET (PET) certificate — adds a measurable hourly premium at outpatient PET-CT centers; many hospitals also pay a differential for technologists running F-18 FDG, F-18 PSMA, and Ga-68 DOTATATE PET-CT studies.
• Theranostics technologists running Lu-177 therapies — Lu-177 PSMA-617 (Pluvicto) and Lu-177 DOTATATE (Lutathera) infusion programs at major academic and tertiary cancer centers command premium pay; the small pool of experienced theranostics technologists is in chronic short supply.
• Evening, overnight, weekend, and on-call differentials: typically add 10–25% to base; cardiac nuclear medicine on-call coverage for emergent rest/stress studies commands persistent shortage premiums.
• Travel NMTs: 8–13 week contracts at all-in weekly rates that frequently exceed local staff rates by 25–50%; PET-CT and theranostics contracts pay the highest premiums in the imaging travel market.

Total compensation routinely runs 10–25% above headline base wages once shift differentials, NMTCB or ARRT recertification reimbursement, advanced-certificate stipends (PET, NCT), SNMMI-TS membership dues, dosimetry-monitoring requirements, and 401(k) or 403(b) match are counted in.

2026 Nuclear Medicine Technologist Salary Projection

Nuclear medicine technologist pay has grown at a compound annual rate of 4.96% over the past five years, driven by a chronic shortage of credentialed staff documented by SNMMI-TS, the rapid expansion of PET-CT imaging tied to oncology surveillance and theranostics workup, the post-2022 explosion in Lu-177 PSMA and Lu-177 DOTATATE therapy programs at NCI-designated cancer centers, and ongoing demand from cardiac SPECT, bone-scan, and hepatobiliary imaging. The Bureau of Labor Statistics projects employment for Nuclear Medicine Technologists to grow approximately 1% through 2033 for the general SOC code, but the subspecialty mix is shifting sharply toward PET-CT and theranostics — driving strong wage premiums for technologists trained in those modalities.

A theranostics-trained CNMT running Lu-177 PSMA therapy at a Memorial Sloan Kettering–affiliated cancer center can earn nearly double what an entry-level NMT scanning routine bone studies at a rural Mississippi community hospital takes home. Four factors explain almost all of that gap: subspecialty (PET-CT and theranostics), location and state licensure, practice setting, and employment model.

1. Subspecialty: PET-CT and Theranostics at the Top

The nuclear medicine technologist career rewards subspecialty more steeply than primary radiography. Each subspecialty commands a measurable pay premium and opens access to higher-paying settings:

• PET-CT — the most common high-pay subspecialty, driven by F-18 FDG oncology imaging, F-18 PSMA prostate-cancer staging, and Ga-68 DOTATATE neuroendocrine-tumor imaging. The NMTCB Advanced PET (PET) certificate signals competency; pay premium consistent at outpatient PET-CT centers (RadNet, Akumin, hospital outpatient).
• Theranostics and radiopharmaceutical therapy — the fastest-growing high-pay subspecialty. Lu-177 PSMA-617 (Pluvicto, approved 2022) and Lu-177 DOTATATE (Lutathera, approved 2018) treatments are concentrated at NCI-designated cancer centers and large tertiary hospitals. Theranostics technologists handle patient dosing, radiation safety, post-therapy imaging, and ARSAC-protocol compliance — a small, hard-to-recruit talent pool.
• Nuclear cardiology and cardiac SPECT — high-volume rest/stress myocardial perfusion imaging at outpatient cardiology centers and hospital cardiac programs. NMTCB Nuclear Cardiology Technologist (NCT) certificate supports above-base pay.
• I-131 thyroid therapy — historically the entry theranostics modality; common at any nuclear medicine department with established outpatient thyroid programs.
• SPECT-CT, bone scintigraphy, hepatobiliary, lymphoscintigraphy, V/Q ventilation-perfusion — bread-and-butter general nuclear medicine; reliable mid-range pay.

2. Location and State Licensure

Metropolitan areas with high costs of living offer the highest nominal NMT salaries. After adjusting using BEA Regional Price Parities, the real-dollar gap narrows but doesn't close. California, Washington, Massachusetts, Oregon, and Alaska lead even on a purchasing-power basis. Specific drivers:

• State licensure — most states require state-issued nuclear medicine technologist licensure on top of national NMTCB or ARRT certification. The licensure barrier — combined with the radioactive-materials handling rules under NRC and Agreement-State agencies — supports a pay floor in stricter states.
• NRC and Agreement-State radioactive-materials licensing — facilities must hold a radioactive-materials license from the Nuclear Regulatory Commission or an Agreement-State equivalent. Technologists working under these licenses bear dosimetry-monitoring obligations and contamination-control responsibilities that translate into higher pay than non-radioactive imaging modalities.
• NCI-designated cancer center density — markets with multiple NCI-designated and NCI Comprehensive cancer centers (Bay Area, NYC, Boston, Houston, Chicago, Philadelphia, Los Angeles) drive theranostics technologist pay above general nuclear medicine rates.
• Health professional shortage areas (HPSAs) — rural and underserved markets frequently offer $10,000–$30,000 sign-on bonuses, paid relocation, and tuition support for NMTs willing to anchor a critical-access hospital's nuclear medicine service.

3. Practice Setting: Academic Cancer Center vs Outpatient PET vs Cardiac vs Community Hospital

Where you image matters as much as how long you've imaged:

• NCI-designated cancer centers and major academic medical centers: the highest-paying single setting for NMTs, especially for theranostics technologists. Cancer-center NMT roles often include Lu-177 PSMA, Lu-177 DOTATATE, Y-90 microsphere therapy, and complex PET-CT protocols (FDG, PSMA, DOTATATE, fluciclovine, FES).
• Outpatient PET-CT centers (RadNet, Akumin, hospital-affiliated outpatient imaging): reliable above-base pay with predictable weekday daytime schedules and strong PET-CT volume.
• Nuclear cardiology centers and hospital cardiology services: dedicated cardiac SPECT and stress-imaging roles with high case throughput.
• Community hospital nuclear medicine departments: the broadest NMT employer category; pay tracks the regional median with broad case mix (general NM, cardiac, bone, biliary, thyroid).
• Mobile PET-CT services serving rural hospitals: niche segment with above-base pay for NMTs comfortable with mobile-unit operations and varied facility protocols.
• Veterans Affairs (VA), military, and IHS facilities: stable pay with strong federal pension eligibility and PSLF.
• Industry, radiopharmaceutical manufacturing, and clinical research: emerging pathway for experienced NMTs into pharma roles supporting radiopharmaceutical clinical trials, drug development, and dosimetry.

4. Employment Model: Staff vs Travel vs PRN vs Lead/Chief

Staff NMTs receive benefits, retirement contributions, NMTCB or ARRT recertification reimbursement, advanced-certificate stipends, SNMMI-TS membership, and dosimetry monitoring on top of base pay. Travel NMTs sign 8–13 week contracts through agencies (Aya, Cross Country, Fusion Medical Staffing) at all-in weekly rates that frequently exceed staff annual equivalents by 25–50% — PET-CT and theranostics travel assignments pay among the highest rates in imaging travel. PRN NMTs work shifts on demand at 25–40% above the staff hourly rate. Lead and chief nuclear medicine technologists — running radiation-safety programs, theranostics scheduling, and ARSAC-protocol compliance at academic cancer centers — earn at or above the 90th percentile of the bench scale with structured-management benefits.

For a complete city-by-city breakdown of nuclear medicine technologist salaries — including BLS percentile data (10th, 25th, 50th/median, 75th, 90th), local cost-of-living adjustments, and 2026 salary projections — browse the 1,665+ metro areas tracked in our dataset below.