What is the Philips Incisive CT Scanner?
The Philips Incisive CT pairs everyday operational efficiency with genuine financial protection: its vMRC tube is covered by an unprecedented Tube for Life guarantee, with Philips estimating avoidance of around USD 420,000 in replacement tube cost over a ten-year system life. OnPlan patient-side gantry controls and CT Smart Workflow support efficient operation from acquisition through results, making it well suited to high-throughput departments and mobile imaging initiatives.
What is it used for?
Radiology departments and mobile CT screening programmes needing dependable throughput and controlled lifecycle cost.
Key features
- Tube for Life guarantee on vMRC tube
- Up to 128 slices, 40 mm coverage
- OnPlan patient-side gantry controls
- CT Smart Workflow
- 0.35-second rotation speed
- 72 cm bore
Technical considerations
Tube type: vMRC, 8 MHU capacity, Tube for Life guarantee. Slices: up to 128. Coverage: 40 mm. kVp settings: 70, 80, 100, 120, 140 kVp. Generator power: 80 kW. Rotation speed: up to 0.35 sec. Bore size: 72 cm (per official Philips documentation).
Specifications should be confirmed against official Philips Healthcare documentation before purchase decisions. Where a specification is not listed here, KRIMS will confirm it with the manufacturer on request.
Who may need it?
Hospitals, diagnostic centres, laboratories and research institutions evaluating CT Scanners technology.
How to evaluate this equipment
When reviewing CT Scanners, healthcare facilities should assess clinical fit with existing workflows, compliance with applicable standards, integration with installed systems, serviceability, and the availability of qualified biomedical engineering support in their region.
Purchasing considerations
- Availability: On Request
KRIMS provides end-to-end support including supply, installation, commissioning, calibration, preventive maintenance and operator training. Request a quote for current pricing and delivery schedules for the Philips Incisive CT Scanner (Incisive CT).