64 Slice Multi Slice Spiral CT System
A multi slice spiral CT system built on a 50kW generator and a tube with 5.0 MHU anode heat capacity and an 815 kHU per minute cooling rate, which is what sustains a heavy scanning list without waiting for the tube to...
Product overview
What This Product Is And Who It Is For
A multi slice spiral CT system built on a 50kW generator and a tube with 5.0 MHU anode heat capacity and an 815 kHU per minute cooling rate, which is what sustains a heavy scanning list without waiting for the tube to cool. The data acquisition system produces up to 64 slices per rotation from 32 detector rows of 672 x 32 elements, giving 1344 total channels per slice and 4640 projections. The detector delivers up to 30 percent SNR improvement over conventional CT detectors with a 1 to 2 microsecond decay time for sub-second scanning.
Problems It Solves
- Tube cooling pauses interrupt a busy CT list, which a 5.0 MHU anode at 815 kHU/min cooling avoids
- Motion blur ruins images of restless patients, which sub-second scanning with 1 to 2 microsecond decay time addresses
- Noisy detectors force higher dose, which a 30 percent SNR improvement offsets
- Afterglow degrades image quality on fast sequences, so the detector is specified as ultra low afterglow
- One fixed kV cannot serve both paediatric and large adult patients, so four tube voltages are available
Who It Is For
- Hospital radiology departments
- Diagnostic imaging centres
- Medical equipment distributors and tender agents
- Government and NGO hospital equipping programmes
- Private hospital groups
Key benefits
Why Buyers Choose It
- A 5.0 MHU anode with 815 kHU/min cooling sustains a full scanning list rather than pausing for tube cooling
- Up to 30 percent SNR improvement over conventional detectors means either better images or lower dose at the same image quality
- Decay time down to 1 to 2 microseconds supports sub-second scan applications where patients cannot hold still
- 64 slices per rotation from 32 detector rows covers routine and thin-section work on one platform
- Four tube voltages of 80, 100, 120 and 140 kV let protocols be matched to patient size and study type
- Ultra low afterglow and minimised electronic noise keep image quality stable across a long working day
Application scenarios
Where It Is Used
Scenarios
- General hospital CT imaging workload
- Emergency and trauma imaging requiring fast acquisition
- Thin-section studies at 0.625mm collimation
- Paediatric and uncooperative patient imaging using sub-second scanning
- Diagnostic imaging centre service provision
- Hospital equipping and tender supply
Technical features
How It Is Built
- Tube current 30mA to 420mA
- Tube anode heat capacity 5.0 MHU with 815 kHU per minute cooling rate
- Maximum power 50kW
- Focal spot sizes 0.6 x 1.2 small and 1.1 x 1.2 large
- Tube voltages 80kV, 100kV, 120kV and 140kV
- Maximum 64 slices per rotation from 32 detector rows
- 672 x 32 detector elements with 1344 total channels per slice and 4640 projections
- Sequence acquisition modes 64, 32, 16, 8, 4 and 2 x 0.625
- Spiral acquisition modes 64, 32 and 16 x 0.625
- Detector with up to 30 percent SNR improvement, 1 to 2 microsecond decay time, ultra low afterglow and high geometric efficiency
Specifications
Technical Data
| Tube Current | 30mA to 420mA |
|---|---|
| Tube Anode Heat Capacity | 5.0 MHU |
| Maximum Power | 50kW |
| Cooling Rate | 815 kHU per minute |
| Focal Spot Size | 0.6 x 1.2 small, 1.1 x 1.2 large |
| Tube Voltage | 80kV, 100kV, 120kV, 140kV |
| Maximum Slices | 64 slices per rotation |
| Detector Rows | 32 rows |
| Detector Elements | 672 x 32 |
| Total Channels per Slice | 1344 |
| Number of Projections | 4640 |
| Sequence Acquisition Modes | 64 x 0.625, 32 x 0.625, 16 x 0.625, 8 x 0.625, 4 x 0.625, 2 x 0.625 |
| Spiral Acquisition Modes | 64 x 0.625, 32 x 0.625, 16 x 0.625 |
| Detector Performance | Up to 30 percent SNR improvement, 1 to 2 microsecond decay time, ultra low afterglow |
Quality and compliance
Quality Control And Certification
Quality Control
- Image quality and slice geometry are verified at commissioning against the acceptance protocol
- Tube output is checked across the 30mA to 420mA and 80 to 140kV ranges
- Detector channel performance is tested during installation
- Service and calibration intervals are defined in the system documentation
Customisation and comparison
Options And Alternatives
Customisation Options
- Application package and workstation configuration
- Installation and commissioning support arrangement
- Manual and interface language
- Site preparation guidance
- Shipping and rigging plan
Compared With Other Options
- 16 slice CT systems
- 64 slices per rotation covers a wider range of studies and shortens acquisition time
- Systems with smaller anode heat capacity
- 5.0 MHU with 815 kHU/min cooling sustains a heavy list without cooling pauses
- Conventional CT detectors
- Up to 30 percent SNR improvement with ultra low afterglow and 1 to 2 microsecond decay time
Use guide
How To Use It Correctly
Step
Confirm room preparation, shielding and power before delivery
Step
Commission the system with qualified engineers and a physicist
Step
Select the acquisition mode and tube voltage by study type and patient size
Step
Use sub-second protocols for patients who cannot hold still
Step
Run the quality assurance schedule defined in the system documentation
Related products
Other Products In Radiation equipment and accessories
Bed Type X Ray Machine With AEC and DR Upgrade Interface
A bed type X-ray machine for orthopaedic departments, emergency rooms and operating theatres, used to image the head,...
View product →
PET-CT Molecular and Anatomical Imaging System
A PET-CT system integrating positron emission tomography with spiral CT in one imaging session. PET supplies molecular...
View product →
Pulse Fourier Transform NMR Spectrometer
A pulse Fourier transform NMR spectrometer used to observe the chemical shift and hyperfine structure of the proton...
View product →
Open C Shaped Permanent Magnet MRI System MCI-050
A full open C-shaped MRI system, model MCI-050, built on a permanent magnet so no helium is required and operating cost...
View product →Related reading
Industries Solutions And Guides
Diagnostic Imaging Centres
An imaging centre lives on throughput and on the patients it can actually scan. Systems that stall for tube...
Hospitals and Clinics
Hospital and clinic buyers work against tender deadlines, infection control rules and a budget split across...
Hospital Department Outfitting
Equipping a ward, a theatre or an outpatient department means buying furniture, equipment and consumables...
Export Logistics and After Sales
Qingdao sits next to the largest container port in North China, which is why import and export procedures and...
Made in China Medical Products FAQ
The questions buyers ask most often about Chinese-made medical goods, answered in terms of what can be...
Questions to Ask a Medical Device Manufacturer Before Ordering
Ten questions that separate a supplier who has thought about your order from one who is quoting a price. Ask...
FAQ
64 Slice Multi Slice Spiral CT System FAQ
How many slices does the system acquire per rotation
Up to 64 slices per rotation from 32 detector rows, with 672 x 32 detector elements and 1344 channels per slice.
What tube specification does it use
30mA to 420mA tube current, 5.0 MHU anode heat capacity, 50kW maximum power and an 815 kHU per minute cooling rate.
Which tube voltages are available
80kV, 100kV, 120kV and 140kV, so protocols can be matched to patient size and study type.
What does the detector add over a conventional one
Up to 30 percent SNR improvement, decay time down to 1 to 2 microseconds for sub-second scanning, ultra low afterglow and minimised electronic noise.
Do you support installation
Installation and commissioning arrangements are confirmed with the order. Send your site details on WhatsApp.
What site preparation is needed
Room, shielding and power requirements are supplied with the system documentation before delivery.
Request A Quote For This Product
Send your quantity, destination market and any labelling requirement. We confirm stock, lead time and the documentation that travels with the goods.