PET/CT Scanner Buyer's FAQ

A new PET/CT scanner can range from $1,200,000 to over $2,800,000 depending on crystal technology (e.g., LSO/LYSO digital detectors) and the slice count of the integrated CT scanner. Certified refurbished PET/CT scanners from Intel Imaging generally range from $250,000 to $650,000, saving oncology centers and hospitals up to 50-70% while maintaining identical diagnostic capabilities and standard warranties.

TCO for a PET/CT system includes the initial purchase price, nuclear hot lab shielding, cooling chillers, daily radiopharmaceutical (FDG) delivery costs, and service contracts. Because PET/CT detectors are highly sensitive and complex, comprehensive service coverage is essential to mitigate long-term operational risks.

Intel Imaging provides flexible capital leases, structured rentals, and customized payment plans to align with your facility's cash-flow and clinical requirements. Our financing options help clinics acquire diagnostic equipment with minimal upfront capital expenditure.

BGO crystals are older, offering slower decay times but reliable imaging. LSO and modern LYSO crystals represent the digital imaging standard, offering significantly faster light decay times and superior light output. This leads to higher spatial resolution, shorter scan times, and lower patient radiotracer dose requirements.

Time-of-Flight (TOF) technology measures the exact arrival time difference between annihilation photons. This advanced feature significantly improves the signal-to-noise ratio (SNR), leading to much clearer images, higher lesion detectability, and faster scan times, especially in larger patients.

Standard software includes 3D volume rendering, multiplanar reconstruction (MPR), and basic SUV (Standardized Uptake Value) calculations. Advanced oncology packages, cardiac gating, and specialized neurology fusion packages are recommended depending on your clinical volume.

A typical PET/CT installation takes 4 to 8 weeks. The process involves environmental room preparation, nuclear hot lab setup, lead radiation shielding installation, mechanical system rigging, calibration, radiation safety verification, and detailed clinical applications training.

Yes. PET/CT utilizes radioactive tracers (such as Fluorine-18 FDG), requiring a highly specialized facility layout. This includes thick lead shielding in the scan room walls, a dedicated "Hot Lab" for isotope storage and dose preparation, and patient uptake/relaxation rooms with lead-lined walls to prevent radiation exposure.

Beyond the system cost, you must budget for hot lab construction, lead shielding room design, specialized HVAC cooling chiller systems, electrical power upgrades, radiation safety officer (RSO) consulting fees, and rigging services, which can range from $50,000 to $120,000.

Intel Imaging provides a comprehensive 1-year warranty on refurbished PET/CT scanners. We offer custom service contracts including 24/7 technical support, remote diagnostics, preventive maintenance, crystal detector protection, and integrated CT tube coverage.

We maintain a deeply stocked global inventory of OEM parts, including crystal PMT blocks, integrated CT tubes, and detector boards. We guarantee to support and provide replacement components for your PET/CT scanner for at least 7 to 10 years post-installation.

Yes, all refurbished PET/CT scanners from Intel Imaging are 100% DICOM compliant. They seamlessly integrate with any hospital PACS, oncology RIS, or electronic health record (EHR) database for automated molecular and anatomical imaging data transfer.

We include 3 to 5 days of intensive, on-site clinical applications training by certified clinical educators for your radiological technologists, ensuring workflow optimization, radiation safety protocols, and high-quality image capture.

Our PET/CT scanners support advanced clinical applications in oncology (tumor staging/localization), cardiology (myocardial viability studies), and neurology (dementia/seizure localization). Software packages and advanced workstations can be upgraded as clinical demand expands.

Yes, all systems are fully cleared by major regulatory authorities, including the FDA and CE, and undergo rigorous mechanical and structural inspections to strictly meet medical device standards before delivery.

Leading brands like GE (Discovery/PET8), Siemens (Biograph), and Philips (Vereos/Gemini) each offer distinct advantages. GE systems are known for exceptional clinical workflow and reliable scanners, Siemens for pioneer LYSO crystal and LSO TOF technologies, and Philips for user-friendly interfaces. We help you choose the best brand matching your budget.

Buying from a trusted reseller like Intel Imaging offers significant cost advantages, multi-brand side-by-side comparisons, flexible financing, and local customized service support without the steep premium pricing of direct OEM manufacturers.

Key questions include: Is X-ray tube coverage included in the service warranty? What is the current wear of the existing integrated CT tube? Is transport rigging included? What are the specific remote software support uptime guarantees?

PET/CT combines functional Positron Emission Tomography with anatomical Computed Tomography in a single scan. It requires injecting a tiny amount of radioactive tracer. While it involves radiation, the dose is highly minimized, and the diagnostic benefit for staging oncology patients safely outweighs the minimal risk.

Yes, PET/CT diagnostic imaging is widely reimbursed under major private medical insurance networks and government Medicare programs, provided the scans are supported by proper clinical indication coding.

Standard PET/CT scanners have a 70cm bore; Wide-bore systems offer a wider 78cm to 80cm opening, ideal for bariatric patients or radiotherapy planning. Ultra-fast scanners (128-slice or higher) capture images in milliseconds, greatly reducing patient breath-hold requirements.