New conventional PET-CT systems range from $1.5 million to $2.5 million depending on configuration and CT component. Digital PET-CT systems (silicon photomultiplier technology) start above $2 million and can exceed $3.5 million. Refurbished PET-CT scanners are available from $600,000 to $1.2 million with warranty and service contract options. New vs used: digital PET-CT offers dramatically improved sensitivity and time-of-flight resolution; refurbished analog systems still meet most clinical needs. Always include the cost of hot lab construction, radiation shielding, and radiotracer supply contracts in your budget.

Total cost of ownership for a PET-CT includes equipment cost, hot lab construction, annual radiotracer supply, and service contracts. Radiotracer (FDG) costs approximately $150 to $400 per patient dose depending on regional supplier and delivery logistics. Annual service contract fees typically run 8 to 12 percent of the equipment purchase price. Radiation shielding for both the scanner room and hot lab adds $200,000 to $600,000 in construction costs. Model at least 5 years of operations to assess true financial viability before committing to PET-CT.

Equipment loans, operating leases, and capital leases are all available for PET-CT systems. Lease vs Buy: leasing is common for PET-CT because technology evolution is rapid — digital PET is significantly superior to older analog systems. Some vendors offer shared-service or mobile PET-CT programs — you pay per scan without owning the equipment. Joint venture partnerships with radiology groups or hospital systems are another financing model for PET-CT. Always model your expected scan volume — a PET-CT program typically needs 8 to 15 scans per day to break even.

A PET-CT hybrid system combines a PET scanner (which detects metabolic activity) with a CT scanner (which shows anatomy) in a single gantry. How does it work? The patient is injected with a radiotracer (usually FDG) that accumulates in metabolically active tissue — cancer cells absorb more. The PET component detects gamma rays emitted by the radiotracer; the CT provides anatomical localization of PET findings. Combined PET-CT is the gold standard for oncology staging, treatment response evaluation, and cardiac viability assessment. The PET-CT hybrid design eliminates the need for separate scanning sessions and dramatically improves diagnostic accuracy.

Cyclotron required? Not for most facilities — the vast majority of PET centers purchase FDG radiotracer from regional commercial suppliers. Regional radiopharmacies deliver FDG (fluorodeoxyglucose) to your facility within a defined geographic delivery radius — typically within 2 to 3 hours. A cyclotron is only necessary if you want to produce radiotracers on-site for research, experimental isotopes, or very high scan volumes. Cyclotron cost: $2 million to $5 million for the machine plus $1 million or more for the hot lab and radiation vault. Before considering a cyclotron, confirm that a regional FDG supplier can reliably serve your location and scan schedule.

Analog PET-CT uses photomultiplier tubes (PMT) to detect gamma rays — the standard technology for 15-plus years. Digital PET-CT uses silicon photomultiplier (SiPM) detectors which offer 2 to 4 times better sensitivity and time-of-flight resolution. What is the difference between them clinically? Digital PET reduces scan time, lowers radiotracer dose, and improves lesion detection. Digital PET-CT is now the recommended standard for new installations — analog systems are primarily found in the refurbished market. The price premium for digital PET-CT is typically $500,000 to $1 million over comparable analog configurations.

PET-CT requires a radiation-shielded scanner room AND a separate hot lab for radiotracer receipt, dispensing, and decay storage. Do I need a radiation room? Yes — and PET-CT rooms require heavier shielding than standard CT due to the high-energy 511 keV photons. Hot lab construction typically costs $100,000 to $300,000 in addition to scanner room shielding. Site planning must include patient dose administration areas, a post-injection waiting room, and staff radiation monitoring protocols. Engage a qualified health physicist early — they will calculate shielding requirements and design the radiation safety program.

Lead time from order to system delivery is typically 16 to 26 weeks for a new PET-CT system. Site preparation — including shielded room and hot lab construction — should begin immediately upon contract signing. Physical installation of the PET-CT system takes approximately 1 to 2 weeks once the room passes radiation physics inspection. Regulatory licensing (radioactive materials license) typically takes 3 to 6 months — this is often the critical path item. Total lead time from contract to first patient scan is commonly 6 to 12 months — plan accordingly.

Any facility operating a PET-CT program must obtain a radioactive materials (RAM) license from the NRC or Agreement State. The license application requires a radiation safety program, qualified personnel (authorized user physician and radiation safety officer), and facility plans. Agreement State licenses are issued by state agencies in the 39 states that have their own NRC agreement — timelines vary by state. Do I need a radiation room? Yes — and the RAM license application will require shielding design documentation from a health physicist. Prepare for 3 to 6 months of regulatory processing — build this into your overall site planning timeline.

New PET-CT systems include a 1-year parts and labor warranty covering both the PET and CT components. Annual service contract fees typically run 8 to 12 percent of the total system cost — often $120,000 to $250,000 per year. OEM vs aftermarket: PET detector service requires highly specialized engineers — OEM service is strongly recommended. Service contracts should specify uptime guarantee minimums (typically 95 to 98 percent) and response time commitments. Parts availability for detector modules and electronics is critical — confirm the vendor’s support commitment before purchasing.

All PET-CT systems are DICOM compatible — PET, CT, and fused PET-CT images are all stored and transmitted in DICOM format. PACS integration connects the PET-CT directly to your enterprise imaging platform for radiologist and oncologist review. Many oncology workflows require direct integration with treatment planning systems (TPS) such as Eclipse or RayStation. Confirm that your PACS and TPS support PET-CT fusion image display — not all older systems handle fused datasets well. Work with your IT and nuclear medicine teams to map all integration points before installation begins.

Training provided by the vendor covers scanner operation, quality control, reconstruction protocols, and radiation safety. Nuclear medicine technologists (NMT) must hold ARRT(N) or CNMT certification to operate PET-CT in most states. An authorized user physician (typically a nuclear medicine physician or radiation oncologist) must be named on the RAM license. A radiation safety officer (RSO) must be designated — often an existing nuclear medicine physician or medical physicist can fill this role. Ongoing training for technologists should include annual radiation safety refreshers and protocol updates.

PET-CT is primarily used for oncology staging, restaging, and treatment response evaluation across most cancer types. Additional applications include cardiac viability assessment, evaluation of fever of unknown origin, and neurological disorders. Is it covered by insurance? Medicare covers PET-CT for most solid tumors, lymphoma, melanoma, and several other indications. Commercial payer coverage varies — some require prior authorization; some have scan frequency limitations per diagnosis. Typical Medicare reimbursement for a whole-body PET-CT is approximately $900 to $1,400 depending on facility type and coding.

PET-CT combines PET with CT for anatomical localization — the established standard for oncology. PET-MRI combines PET with MRI, offering superior soft tissue contrast and no additional CT radiation dose. What is the difference between them in cost? PET-MRI systems cost $4 million to $7 million — two to three times more than PET-CT. PET-MRI is currently a niche technology used primarily at academic medical centers for neurological and pediatric oncology research. For most clinical programs, PET-CT remains the right choice — consider PET-MRI only with a specific research or pediatric oncology mission.

The leading PET-CT manufacturers are Siemens Healthineers (Biograph), GE HealthCare (Discovery), Philips (Vereos), and United Imaging. How do I compare vendors? Key criteria: sensitivity (counts per second per kBq/mL), time-of-flight resolution, axial field of view, and service network. Which brand is best? Siemens and GE dominate installed base; Philips Vereos was first to digital PET; United Imaging offers competitive pricing. Request phantom performance data and references from operating sites before making any commitment. For refurbished PET-CT, confirm the remaining detector module life and whether the CT component has been independently recertified.

Is the system FDA cleared as a PET-CT device and what is the current software version? Is installation included and does it cover hot lab commissioning and radiation safety program setup? What warranty is provided and does the service contract cover both the PET detector and CT components? What financing options are available and what is the total cost over a 7-year ownership period? What is the lead time from contract signing to first clinical scan, including regulatory licensing support? Operational

A standalone PET-CT program typically requires 8 to 15 scans per day (2,000 to 3,500 per year) to break even. At Medicare reimbursement rates of $900 to $1,400 per scan, annual revenue from 2,000 scans is approximately $1.8 million to $2.8 million. Subtract radiotracer costs ($300,000 to $700,000/year), service contract, staffing, and debt service to model net income. Mobile PET-CT services are an alternative for lower-volume programs — you pay per scan without owning the equipment. Conduct a formal feasibility study with your finance team before committing to a fixed PET-CT installation.

Most PET-CT programs source FDG from regional commercial radiopharmacies — identify suppliers within your delivery radius. FDG has a half-life of approximately 110 minutes — delivery logistics are time-critical and must be planned precisely. Establish a supply agreement with at least two regional suppliers to ensure backup coverage for delivery failures. Pricing for FDG ranges from $150 to $400 per dose depending on volume, delivery distance, and supplier. Non-FDG tracers (Ga-68 PSMA, Ga-68 DOTATATE, F-18 FACBC) are increasingly reimbursed — confirm your suppliers support these tracers.

Software upgrades — including new reconstruction algorithms, AI-powered reading tools, and clinical applications — are typically available post-installation. Hardware upgrades are generally not available for PET detector arrays — the detector technology you buy is the technology you operate. Can I upgrade later? Yes for software; no for fundamental detector hardware. This is why digital PET-CT is strongly preferred for new installations. Some vendors offer detector trade-in or system exchange programs as part of long-term service agreements. Plan for a 7 to 10 year system life — after which a full system replacement rather than upgrade is typically warranted. Refurbished Radiology Equipment & Service · Since 1994 6901 TPC Drive, Suite 350 · Orlando, FL Info@AmberUSA.com · www.amberusa.com/ Note: Prices, specifications, model examples, lead times, and service ranges in this guide are general buyer guidance and will vary by system, configuration, condition, location, and timing. Exact pricing and terms are addressed on a case-by-case basis. Contact Amber Diagnostics for guidance specific to your project.