Philips Ingenuity TF Elite

Description

The Philips Ingenuity TF Elite PET/CT System represents an optimized tier in Philips’ Time-of-Flight molecular imaging lineup. Built to streamline high-volume clinical workflows, the “Elite” package enhances the underlying Astonish TOF acquisition engine with refined signal processing and lower noise floors. Paired with high-speed diagnostic CT options (64 or 128 slices) and the iPatient workflow environment, the system allows radiology and nuclear medicine departments to capture precise metabolic-anatomical fusion images while keeping both CT X-ray radiation and radiotracer dose as low as reasonably achievable.

Key Features

• Astonish Time-of-Flight (TOF) Elite Engine: Utilizes ultra-precise ~495 ps photon arrival timing to boost signal-to-noise ratio (SNR) and deliver up to 30% greater lesion contrast compared to non-TOF systems.

• LYSO Crystal Detector Matrix: High-density Lutetium Yttrium Orthosilicate scintillation detectors paired with continuous light-guide technology ensure high photon stopping power and sub-2 mm spatial resolution.

• iDose4 CT Reconstruction & O-MAR: Advanced iterative CT technology reduces radiation dose by up to 80% while O-MAR (Orthopedic Metal Artifact Reduction) mitigates streaking caused by orthopedic hardware.

• iPatient Workflow Environment: Automated protocol management and personalized controls adapt scans to individual patient sizes and clinical needs, speeding up room turnover.

• Separating Gantry Design: OpenView gantry layout allows up to 60 cm of physical separation between PET and CT gantries, reducing patient anxiety and claustrophobia during setup.

Key Benefits

• High Lesion Visibility: Elevated contrast clarity and high spatial resolution empower clinicians to detect micro-metastases and small primary tumors early.

• Fast Whole-Body Acquisitions: Rapid PET reconstruction speeds (down to 30 seconds per bed position) enable complete whole-body scans in as little as 10 to 15 minutes.

• Reproducible Quantitative SUV: Reliable SUV quantification across serial scans allows oncologists to accurately track tumor response to chemotherapy or radiation therapy over time.

• Low Dose Efficiency: High PET detector sensitivity paired with iDose4 CT algorithms allows facilities to lower both radiotracer activity and CT radiation exposure.

• Dual-Use Versatility: Serves as a high-throughput PET/CT hybrid while retaining the full standalone diagnostic imaging capabilities of a 64- or 128-slice CT scanner.