Nuclear Medicine Technologist: Pay, Salary, Progression & How to Become
A Nuclear Medicine Technologist is an NHS professional who delivers radiopharmaceutical-based imaging and therapy, typically on Agenda for Change Band 5 to Band 7. The role holds HCPC Diagnostic Radiographer registration or IPEM Clinical Technologist registration as the base clinical qualification, and delivers SPECT-CT, PET-CT, cardiac perfusion imaging, and radioiodine therapy under an ARSAC-licensed practice. The role separates functional radiopharmaceutical imaging from the external-source imaging of a diagnostic radiographer, and the five technologist types span the General Nuclear Medicine Technologist, the PET-CT Technologist, the Radiopharmacy Technologist, the Cardiac Nuclear Medicine Technologist, and the Nuclear Medicine Team Lead or Superintendent.
Earnings run across Band 5, Band 6, and Band 7, set by the 2026/27 Agenda for Change pay scale, the framework that determines each band, and the annual pay rise. Pay progression moves from Band 5 to Band 6 senior technologist to Band 7 NM Lead, and the STP Clinical Scientist route reaches Band 8b. Take-home pay follows once pension, tax, and National Insurance deductions come off the payslip, and the same salary base sets maternity pay and sick pay. Entry runs through a radiography or nuclear medicine degree, base registration, and a PG Cert in Nuclear Medicine, and the role's band, ARSAC status, high-cost-area supplement, radioactive materials handling, and hourly rate complete the picture, starting with the definition of the role.
What Is a Nuclear Medicine Technologist?
A Nuclear Medicine Technologist is a healthcare professional who uses radiopharmaceuticals to image and treat patients, typically on Band 5 to Band 7. The role visualises and measures organ and tissue function rather than structure, giving insight into physiological processes that conventional imaging does not show. A Nuclear Medicine Technologist prepares and administers radiopharmaceuticals, operates gamma cameras and PET-CT scanners, and works under an ARSAC-licensed practice.
Nuclear Medicine Technologists hold HCPC Diagnostic Radiographer registration or IPEM Clinical Technologist registration as the base qualification, with a Nuclear Medicine specialty built on top. The role keeps patients and colleagues safe through strict radiation protocols when handling radioactive materials, and works within a multidisciplinary team alongside nuclear medicine physicians, radiologists, and clinical scientists. A Nuclear Medicine Technologist supports accurate diagnosis and treatment planning across bone, cardiac, renal, and oncology imaging.
What Does a Nuclear Medicine Technologist Do?
A Nuclear Medicine Technologist prepares and administers radiopharmaceuticals and acquires functional imaging. Core duties cover radiopharmaceutical preparation and quality control — Tc-99m generators, F-18 FDG, I-131, and Ga-68 DOTATATE — plus SPECT-CT and PET-CT acquisition and processing, and cardiac myocardial perfusion stress imaging with adenosine or regadenoson. A Nuclear Medicine Technologist runs thyroid scanning and radioiodine treatment, bone scanning, and DaTscan for Parkinsonism.
ARSAC-licensed practice compliance under the Ionising Radiation (Medical Exposure) Regulations 2017, radiation safety through contamination monitoring and waste disposal, patient positioning, and quality control on imaging equipment fill out the role. A Nuclear Medicine Technologist maintains accurate records and supports physicians in diagnosis and radionuclide therapy.
What Is the Difference Between a Nuclear Medicine Technologist and a Diagnostic Radiographer?
A Nuclear Medicine Technologist administers the radiation source to the patient through a radiopharmaceutical, while a Diagnostic Radiographer uses a radiation source external to the patient. A Nuclear Medicine Technologist works with Tc-99m, F-18 FDG, and I-131 to create functional images of organ and tissue metabolism. A Diagnostic Radiographer uses X-ray, CT, and fluoroscopy to image anatomical structure.
Both roles work under the Ionising Radiation (Medical Exposure) Regulations 2017, but nuclear medicine requires an additional ARSAC-licensed practice for administering radioactive substances. A Nuclear Medicine Technologist trains in radiopharmaceutical handling and radiation safety, while a Diagnostic Radiographer focuses on positioning technique and external-beam radiation protection.
What Are the Different Types of Nuclear Medicine Technologist?
The different types of Nuclear Medicine Technologist are distinguished by the imaging modality or function each one covers and are listed below:
General Nuclear Medicine Technologist
A General Nuclear Medicine Technologist performs routine nuclear medicine imaging across multiple body systems, forming the largest NM role. The role covers SPECT-CT bone scanning, myocardial perfusion imaging, DaTscan, MAG3 renogram, and thyroid scanning, working with a range of radiopharmaceuticals and gamma cameras. A General Nuclear Medicine Technologist prepares and positions patients, ensures image quality and radiation safety, and provides the foundation of the nuclear medicine service.
PET-CT Technologist
A PET-CT Technologist operates positron emission tomography combined with computed tomography, focused on oncology staging. The role delivers F-18 FDG oncology PET-CT, Ga-68 DOTATATE for neuroendocrine tumours, and F-18 PSMA for prostate cancer, requiring precise timing between tracer administration and imaging. A PET-CT Technologist works with radiologists, oncologists, and nuclear medicine physicians at larger hospitals and cancer centres, drawing on both PET and CT imaging knowledge.
Radiopharmacy Technologist
A Radiopharmacy Technologist prepares, quality-controls, and dispenses radiopharmaceuticals under aseptic Good Manufacturing Practice. The role covers Tc-99m generator elution, dose drawing, quality control, and calibration, ensuring precise activity levels and chemical purity before patient administration. A Radiopharmacy Technologist works to strict pharmaceutical and radiation safety standards and documents each procedure for regulatory compliance.
Cardiac Nuclear Medicine Technologist
A Cardiac Nuclear Medicine Technologist focuses on cardiac imaging, including myocardial perfusion imaging and MUGA scanning. The role delivers stress imaging with adenosine, regadenoson, or exercise stress, and viability imaging, administering cardiac radiopharmaceuticals at rest and stress. A Cardiac Nuclear Medicine Technologist operates gamma cameras configured for cardiac imaging, monitors ECG traces, and works with cardiologists to diagnose coronary artery disease.
Nuclear Medicine Team Lead / Superintendent
A Nuclear Medicine Team Lead or Superintendent holds NM operational leadership at Band 7. The role coordinates staff, manages workflow, and ensures ARSAC and radiation safety compliance, acting as the link between technologists, physicians, and management. A Nuclear Medicine Team Lead contributes to strategic planning, quality assurance, and the introduction of new technology while maintaining clinical competence.
How Much Does a Nuclear Medicine Technologist Earn?
A Nuclear Medicine Technologist earns between £32,073 and £56,515 in 2026/27 on the Agenda for Change pay scale. Band 5 entry roles pay £32,073 to £39,043, Band 6 senior technologist roles pay £39,959 to £48,117, and Band 7 NM Lead roles pay £49,387 to £56,515, according to the NHS England Agenda for Change pay scales for 2026/27 published by NHS Employers. The STP Clinical Scientist route in nuclear medicine reaches Band 8b for scientific roles. Unsocial hours payments and high-cost-area supplements add to basic pay where they apply.
How Much Does a Nuclear Medicine Technologist Earn Per Hour?
A Nuclear Medicine Technologist earns between roughly £16.40 and £29 per hour in 2026/27, depending on band. A Band 5 technologist on £32,073 to £39,043 earns about £16.40 to £20 per hour, a Band 6 senior technologist on £39,959 to £48,117 earns about £20.50 to £24.70 per hour, and a Band 7 NM Lead on £49,387 to £56,515 earns about £25.30 to £29 per hour. Unsocial hours enhancements and high-cost-area supplements raise the hourly figure where they apply.
Nuclear Medicine Technologist Band 5 Salary
A Nuclear Medicine Technologist on Band 5 earns £32,073 to £39,043 in 2026/27, the entry band. Band 5 covers administering radiopharmaceuticals, operating imaging equipment, and following safety protocols with support, working a standard 37.5-hour week. Progression through Band 5 comes through annual pay points, and unsocial hours and high-cost-area supplements add to the total before advancement to Band 6.
Senior NM Technologist Band 6 Salary
A Senior Nuclear Medicine Technologist on Band 6 earns £39,959 to £48,117 in 2026/27, the standard senior band. Band 6 reflects complex imaging procedures, junior staff supervision, and a contribution to departmental protocols, often with a PG Cert in Nuclear Medicine. The band marks a step from Band 5 requiring demonstrated clinical competence, and specialisation such as PET-CT or cardiac imaging supports the role.
NM Lead / Superintendent Band 7 Salary
A Nuclear Medicine Lead or Superintendent on Band 7 earns £49,387 to £56,515 in 2026/27 on the Agenda for Change pay scale. Band 7 covers service leadership, protocol governance, and staff supervision, alongside ARSAC compliance and radiation safety oversight. Progression through Band 7 comes through incremental pay points, and unsocial hours and high-cost-area supplements raise the total.
What Is the Nuclear Medicine Technologist Pay Scale for 2026/27?
The 2026/27 Nuclear Medicine Technologist pay scale runs under the Agenda for Change framework. Band 5 entry roles pay £32,073 to £39,043, Band 6 senior technologist roles pay £39,959 to £48,117, and Band 7 NM Lead roles pay £49,387 to £56,515, while the STP Clinical Scientist route reaches Band 8b. Each band holds several incremental pay points awarded annually by performance and service. High-cost-area supplements add to basic salary in London and surrounding areas, and the 2026/27 rates reflect the pay award applied from 1 April 2026.
How Is Nuclear Medicine Technologist Pay Determined by Agenda for Change?
Nuclear Medicine Technologist pay is determined by the Agenda for Change framework, which sets pay by role responsibility, skills, and knowledge. Band 5 reflects HCPC Diagnostic Radiographer or IPEM Clinical Technologist registration plus a nuclear medicine rotation, Band 6 reflects sustained NM specialty scope with a PG Cert in Nuclear Medicine, and Band 7 reflects NM Lead scope with a PG Diploma or MSc. The Clinical Scientist route via the Scientist Training Programme reaches Band 6 to Band 8b. Each band holds incremental pay points for annual progression.
How Much Did NM Technologist Pay Rise in 2026?
NHS Employers confirmed a 3.3% consolidated uplift to every Agenda for Change pay point for 2026/27, applied from 1 April 2026, so Nuclear Medicine Technologist pay rose by 3.3% across Bands 5, 6, and 7. The uplift became part of permanent basic salary, backdated to 1 April. Unsocial hours enhancements rise with the uplifted basic pay. Technologists confirm the final figure for their band through NHS Employers guidance.
How Does NM Technologist Pay Progression Work?
Nuclear Medicine Technologist pay progression runs through the Agenda for Change banding system. A technologist moves up the incremental pay points of the current band annually against satisfactory performance and service, giving consistent salary growth with experience. Progression to a higher band requires greater responsibility, advanced clinical skills, and often a further qualification, so a move from Band 5 to Band 6 needs sustained NM scope and a PG Cert, and a move to Band 7 needs leadership. Specialisation such as PET-CT or cardiac nuclear medicine, and unsocial hours, add to earnings.
How Do Technologists Move From Band 5 to Band 6?
Nuclear Medicine Technologists move from Band 5 to Band 6 through sustained NM scanning experience, a PG Cert in Nuclear Medicine, and radiopharmaceutical handling and cardiac MPI competency sign-off. The transition requires ARSAC operator competency, autonomous working, and junior technologist supervision, typically after several years at Band 5. Candidates apply for senior posts showing advanced clinical skill and leadership, and Band 6 roles pay £39,959 to £48,117 with increased clinical responsibility.
How Do NM Technologists Progress to Band 7 Lead Roles?
Nuclear Medicine Technologists progress to Band 7 NM Lead roles through NM operational leadership scope, a PG Diploma or MSc in Nuclear Medicine, and ARSAC compliance responsibility. The route requires substantial Band 6 experience, leadership capability including supervision and departmental management, and radiation safety oversight. Progression is competitive through formal application, and the Scientist Training Programme Clinical Scientist route offers an alternative path to Band 8a scientific scope.
How Much Do NM Technologists Earn for Unsocial Hours?
Most Nuclear Medicine Technologists work standard weekday hours, limited by radiopharmaceutical half-life logistics, so late-shift hours pay is uncommon in the role. Where a technologist is rostered outside standard hours, Agenda for Change Section 2 enhancements apply — 30% for weekday nights between 8pm and 6am and for all day Saturday, and 60% for Sundays and public holidays. The enhancement counts as pensionable pay. Some early-start rotas for Tc-99m generator elution and radiopharmaceutical preparation attract enhancement, and on-call cover for emergency lung ventilation-perfusion scans stays limited.
How Much Overtime Does a Nuclear Medicine Technologist Earn?
A Nuclear Medicine Technologist earns additional-hours earnings at time-and-a-half for hours worked beyond the standard 37.5-hour week, and double time on general public holidays only. A Band 5 technologist on a basic rate of about £16.40 per hour earns around £24.60 per hour at time-and-a-half, and about £32.80 per hour on a general public holiday. Band 6 and Band 7 technologists earn proportionally more from higher base rates, and PET-CT weekend cover creates overtime opportunities that vary with departmental workload and staffing.
How to Calculate Nuclear Medicine Technologist Take-Home Pay
Take-home pay for a Nuclear Medicine Technologist starts from the gross salary and ends after statutory deductions. The calculation runs through the following steps:
Determine the gross pay
Set the gross salary from the Agenda for Change band and pay point — Band 5 from £32,073, Band 6 from £39,959, and Band 7 from £49,387 for 2026/27.
Add additional earnings
Add unsocial hours payments, on-call, and any high-cost-area supplement that applies to the role.
Deduct income tax
Apply income tax against the 2026/27 bands — the first £12,570 is tax-free, 20% from £12,571 to £50,270, and 40% above £50,270.
Subtract National Insurance
Deduct National Insurance at 8% of earnings between £12,570 and £50,270 and 2% above £50,270.
Deduct pension contributions
Deduct the NHS Pension Scheme contribution, set between 5.2% and 12.5% of pensionable pay across six salary tiers.
Account for other deductions
Subtract student loan repayments, union dues, or salary-sacrifice items, then divide annual net pay by 12 for the monthly take-home figure.
Use our NHS net pay estimator for an instant estimate.
What Deductions Come Off a Nuclear Medicine Technologist Payslip?
A Nuclear Medicine Technologist earnings breakdown carries income tax, National Insurance, and NHS Pension Scheme contributions as the standard deductions. Income tax comes off against the technologist's tax code, and National Insurance takes 8% of earnings between £12,570 and £50,270 with 2% above that threshold. NHS Pension Scheme contributions run from 5.2% to 12.5% of pensionable pay across six salary tiers effective 1 April 2026, as set out in "NHS Pension Scheme member contributions" published by NHS Employers. Student loan repayments and voluntary items such as union fees or salary-sacrifice schemes complete the deductions.
How Does Nuclear Medicine Technologist Maternity Pay Work?
Nuclear Medicine Technologist maternity pay benefit follows the NHS Terms and Conditions of Service for technologists with at least 12 months of continuous NHS service by the 11th week before the expected week of childbirth. NHS occupational maternity pay gives 8 weeks at full pay, then 18 weeks at half pay plus Statutory Maternity Pay, then 13 weeks of Statutory Maternity Pay alone, across 52 weeks. Technologists below the service threshold receive Statutory Maternity Pay only where they meet the earnings threshold. The maternity figure builds on the technologist's Band 5–7 salary at the qualifying date.
How Does Nuclear Medicine Technologist Sick Pay Work?
Nuclear Medicine Technologist sick pay benefit follows the Agenda for Change terms and rises with length of NHS service. Entitlement runs from 1 month full pay and 2 months half pay in the first year, to 2 months full pay and 2 months half pay after one year, 4 months full and 4 months half after two years, 5 months full and 5 months half after three years, and 6 months full pay and 6 months half pay after five years. Sick pay requires adherence to the trust's reporting rules and medical certification, and builds on the technologist's basic salary.
How to Become a Nuclear Medicine Technologist
Becoming a Nuclear Medicine Technologist runs through a relevant degree, base registration, and nuclear medicine specialisation. The pathway follows these steps:
Obtain an approved degree
Complete a BSc in Diagnostic Radiography approved by the HCPC, or a BSc in Nuclear Medicine Technology, covering imaging technique, radiopharmaceuticals, and radiation safety with clinical placements.
Gain base registration
Register with the HCPC as a Diagnostic Radiographer, or gain IPEM Clinical Technologist registration through the Register of Clinical Technologists, as the base clinical registration.
Complete clinical training and competency assessments
Complete supervised clinical training in administering radiopharmaceuticals, operating gamma cameras and PET-CT, and ARSAC operator competency, with competency sign-off in the first year.
Secure an entry-level post
Start at Band 5, working across nuclear medicine procedures under supervision to build experience.
Complete a PG Cert in Nuclear Medicine
Complete a PG Cert in Nuclear Medicine for Band 6 progression, and continue professional development to maintain registration.
Specialise or move to advanced roles
Specialise in radiopharmacy, PET-CT, or cardiac nuclear medicine, or take the Scientist Training Programme route toward a Clinical Scientist role, leading to senior and leadership posts.
What Qualifications Do You Need to Be a Nuclear Medicine Technologist?
A Nuclear Medicine Technologist needs a BSc in Diagnostic Radiography with HCPC Diagnostic Radiographer registration, or a BSc in Nuclear Medicine Technology with IPEM Clinical Technologist registration, as the base. A PG Cert in Nuclear Medicine supports Band 6 progression, and ARSAC operator competency training is required to work within the licensed practice. Many technologists add a PG Diploma or MSc in Nuclear Medicine or specialise in PET-CT or radiopharmacy.
How Long Does It Take to Become a Nuclear Medicine Technologist?
Becoming a Nuclear Medicine Technologist takes around four to five years from university entry. The route runs a three-year BSc in Diagnostic Radiography or Nuclear Medicine Technology, a six-to-twelve-month nuclear medicine rotation, and a one-year part-time PG Cert in Nuclear Medicine. A candidate who already holds a healthcare qualification can take a shorter post-registration route into the specialty.
What Band Is a Nuclear Medicine Technologist?
A Nuclear Medicine Technologist starts at Band 5 on the Agenda for Change pay scale, the band for newly qualified practitioners with base HCPC or IPEM registration. Technologists progress to Band 6 with experience and specialist skills, and to Band 7 for NM Lead or Superintendent roles overseeing the department. The Scientist Training Programme Clinical Scientist route reaches Band 6 to Band 8b. The band matched to a role depends on the technologist's experience, qualifications, and responsibilities.
Are Nuclear Medicine Technologists ARSAC Licensed?
Nuclear Medicine Technologists are ARSAC licensed partially — the licence is held by named individual practitioners, not the technologist. ARSAC certificates authorising the administration of specific radiopharmaceuticals are issued to named practitioners, typically Consultant Nuclear Medicine Physicians or Clinical Scientists. Nuclear Medicine Technologists work as Operators and Practitioners under the Ionising Radiation (Medical Exposure) Regulations 2017 within that ARSAC-licensed practice, delivering the radiopharmaceutical to the patient under the licensee's authority.
Do NM Technologists Get London Weighting?
Nuclear Medicine Technologists receive a high-cost-area supplement rather than London weighting, and only where the post sits in a designated high-cost area. The supplement pays 20% of basic salary in Inner London, 15% in Outer London, and 5% in the Fringe, each within set minimum and maximum limits. Posts outside those areas carry no high-cost-area supplement.
Do NM Technologists Handle Radioactive Materials?
Yes, radiopharmaceutical handling is a defining Nuclear Medicine Technologist function. Nuclear Medicine Technologists prepare, dispense, and administer unsealed radioactive sources — Tc-99m generators, F-18 FDG, I-131, and Ga-68 DOTATATE — under the Ionising Radiations Regulations 2017 and the Environmental Permitting Regulations 2016. Radiation safety competency covers contamination monitoring, waste disposal, patient release criteria after radioiodine therapy, and lead-lined equipment operation, and occupational dose monitoring through TLD badges is mandatory.