Ingenia 3.0T Elition X Circular Edition
Refurbished 3.0T MR System
Ingenia 3.0T Elition X Circular Edition
Refurbished 3.0T MR System
The Philips Ingenia 3.0T Elition X Circular Edition solution offers cutting-edge MR imaging techniques, while setting new standards for clinical research in 3.0T imaging based on gradient- and RF designs. The Ingenia 3.0T Elition X Circular Edition delivers on superb image quality, and performs MRI exams up to 50% faster¹. Fast overall exam-time is achieved by improving patient handling setup time at the bore with the touchless guided patient setup, combined with accelerations in both 2D- and 3D scanning. Furthermore, the Ingenia 3.0T Elition X Circular Edition offers an immersive audio-visual experience to calm patients and guide them through MR exams.
Ingenia 3.0T Elition X Circular Edition, created after applying the SmartPath to Elition X upgrade, is a special configuration of the Ingenia 3.0T registered product.
The SmartPath to Elition X upgrade will completely renew the Ingenia 3.0T system except for the magnet.
A revolutionary breakthrough in diagnostic quality – and speed
Setting new directions for clinical and research 3.0T imaging
Based on gradient designs with high accuracy, power, and endurance
Clinical image gallery
- 3D VIEW PDw SPAIR
- 3D T1w TFE
- Axial DWI b15000
- Coronal T2w TSE
- 3D VIEW FLAIR
- 3D APT
- SWIp
- Axial T2w TSE
- Coronal T1w mDIXON XD TSE
- Axial T2w TSE
- DTI 128 directions
- DWI b600
Features
Rethink 'new' with Circular Edition
The Philips Circular Edition portfolio offers high-quality refurbished medical imaging systems at attractive prices. Circular Edition systems are on average 25% lower in price* compared to similar new Philips systems, without compromising on quality and performance. Our factory refurbishment process ensures that Circular Edition systems look and perform like new. With the same warranty, service performance levels and training as new Philips systems, as well as a reduced carbon footprint, they are a sustainable solution that is as good as new.
Refurbishment process
With over 30 years of OEM refurbishment experience, we guarantee high-quality Circular Edition systems. Each system undergoes our rigorous seven-step OEM refurbishment process, in which obsolete or defective parts are replaced with original Philips components. Systems are cosmetically refurbished to look brand-new, and full system testing ensures that performance and image quality are as good as new. Circular Edition systems are custom-configurable to meet your facility’s clinical needs, and we provide the same warranty as with new Philips systems.
Diagnostic confidence in neuro oncology
3D APT (Amide Proton Transfer) is a unique, contrast-free, brain MR imaging method. The presence of endogenous cellular proteins is used to produce an MR signal that directly correlates with cell proliferation, an indicator of tumoral activity. 3D APT can enhance your diagnostic confidence.
Specifications
- Magnet system
- Field strength
- 3.0T
- Bore design
- 70 cm
- Magnet weight
- 4800 kg
- Typical homogeneity V-RMS
- ≤ 0.9 ppm (at 45 cm DSV)
- HeliumSave technology
- Yes (Zero boil-off)
- Maximum FOV
- 55 cm
- Cryogen boil-off rate
- 0 liter/hour (under regular scanning conditions
- Vega HP gradients
- Max. amplitude for each axis
- 45 mT/m
- Max. slew rate for each axis
- 220 T/m/s
- RF transmit
- Parallel RF transmission
- Yes
- Output power
- ≥ 2 × 18 kW
- Resolution parameters
- Max scan matrix
- 1024 (2048 optional)
- Max. number of slices
- 1024
- Highest in-plane resolution
- 5 µm
- Siting information
- Minimum siting requirement
- 3.4 m x 5.3 m
- Ceiling height (minimum)
- 2.56 m
- RF Receive
- Number of independent receive channels
- Channel independent
- Location of analog-to-digital converter (ADC)
- Inside the coil, close to receive elements
- Signal chain from coil to reconstructor
- Fully digital
- dStream
- Yes
- Patient environment
- Bore design
- 70 cm
- Flare on both ends
- Yes
- Tunnel diameter at both ends
- 95 cm
- Maximum weight capacity
- 250 kg (550 lbs)
- Patient transport system (optional)
- FlexTrak
- Wireless patient physiological synchronization
- Yes
- Various acoustic noise reduction solutions
- Yes
- Site Planning
- Total gantry installed weight
- ≤ 5800 kg
- Minimum siting requirement
- 30 m²
- dStream workflow
- FlexCoverage Posterior coil
- Yes
- FlexCoverage Anterior coils (optional)
- Yes
- FlexConnect connectors
- Yes
- FlexTrak tabletop
- Yes
- FlexCaddy coil storage (optional)
- Yes
- FlexTrak patient transport system (optional)
- Yes
- FlexTrak Mammo mammography solution (optional)
- Yes
- SmartWorkflow
- Guided exam set-up
- Yes
- Auto patient centering
- Yes
- Touchless respiratory-triggering
- Yes
- In-room exam start
- Yes
- ScanWise Implant
- Yes
- Automated planning and scanning
- Yes
- Automated patient coaching
- Yes
- Automated post-processing
- Yes
- iPatient efficiency assistance
- SmartStart
- Yes
- SmartSelect
- Yes
- SmartExam (optional)
- Yes
- SmartLine (package dependent)
- Yes
- SmartLink (package dependent)
- Yes
- dStream RF Receive
- Number of independent receive channels
- Channel independent
- Location of analog-to-digital converter (ADC)
- Inside the coil
- Signal chain from coil to reconstructor
- Fully digital
- Signal chain from coil electronics to connector
- Digital
- Signal chain from connector to magnet
- Digital
- Signal chain from magnet to reconstructor
- Digital
Documentation
Disclaimer
1. Compared to Philips scans without Compressed SENSE.
2. Compared to Ingenia 3.0T Omega HP R5.3.
3. Adaptive-C-SENSE technology used by SmartSpeed won the Fast MRI Challenge hosted by Facebook and New York Langone Health in 2019.
4. Compared to Philips SENSE.
5. On average, measured across a sample of sited from Philips MR Installed Base.
6. Compared to a workstation.
7. SmartExam is not available to patients with MR Conditional implants.
8. Compared to using a standard mattress.
* Average cost savings compared to the purchase price of a similar new Philips system. Pricing depends on modality, product type, configuration, and other factors.