Wide View
Scanner Gantry

The most advanced driving technology is adopted, which greatly improves the signal transmission efficiency and ensures fast scanning. The Gantry adopts standard geometric design, and small X-ray fan. Positioning lights in three directions: transverse position, sagittal position and coronal position on the Gantry to ensure fast and accurate positioning. Adopting advanced design for patient care, the opening diameter of the Gantry is up to 750mm.

Demo Breath

Breath-holding training can be performed on patients without exposure. Not only relieves the patient's anxiety, but also greatly reduces the rescanning caused by respiratory displacement.

Scan START/STOP button

Before the scan, the state of the contrast agent injection around the patient can be confirmed. If there is leakage of the contrast agent, you can immediately press the "Stop" button to stop the scan.

Patient Protect switch

When moving the tabletop or adjusting the angle of the Gantry, if it may cause harm to the patient, the system will automatically stop working at this time.

Auto Voice，Multilingual Auto Voice

Play the recorded voice automatically before, during and after scanning. Support multiple language formats, including Chinese, English, Japanese, Korean and Italian, etc. At the same time support the recording of various dialects.

Patient Table

The patient table is hydraulically lifted. The patient tabletop can be reduced to a very close distance from the ground, which is convenient for the patient to move up and down the patient table or move from the stretcher during the examination process. The patient table can be pulled out manually in an emergency. Patient table lifting range: 450mm-1000mm; load-bearing: 180Kg

Central Operation Console

Including image processing unit, 24-inch high-resolution 1920×1200 color LCD monitor, keyboard, mouse and intercom device. Through intuitive operation, the whole process including power on/off, patient scanning and image display can be controlled. Scanning range: whole body including head. Scanning method: 360 degrees, rotation/rotation. Scan time: 0.75 seconds, 1.0 seconds, 1.5 seconds, 2 seconds (optional). Scanning layer : 0.625mm-10mm.

Patients reengage

Supira has time-saving and efficient routine inspection and logical appointment function. Provides scheduled examinations of any part of the patient at any time. Understand the relevant information of the patient in advance, save examination time, and make efficient use of medical service resources.

Quick Entry modi

Special patients can directly enter into the scanning procedure in an emergency. Shorten the time of image examination, quickly enter the treatment stage and improve the prognosis of patients.

Positioning scan

It can be positioned in the positive position (PA) or in the lateral position (LAT) according to the examination part, or a double positioning image. Display the panoramic view of the scanned part and confirm the scan plan.

Normal Scan

The first is the pre-made scan plan, which displays the plan name and confirms various scan parameters. After that, perform manual layer-by-layer scanning or complete the scanning of each layer at a time according to the inspection needs.

Dynamic scan

The scanning parameters, reconstruction conditions, scanning layers, interval time and movement of the scanning table of the dynamic scanning can be set in advance, and the scanning is automatically performed after confirmation. The process is fast and smooth. The images obtained by enhanced scanning can clearly show the changes of different phases and provide strong support for diagnosis.

Volume Scan

The volume scan can complete the effective inspection in a short time. With one scan, the original data along the longitudinal axis of the patient's body can be obtained. The powerful data information provides the basis for the reconstruction of 3D images and multi-plane images.

Intercom box

It can monitor the state of the patient and conduct two-way communication at the same time.

External storage(DVD-R/CD-R)

Users can choose 9.4G DVD storage, and the images, data and reconstructed images will be automatically stored. Allows ordinary PCs to use the CD-ROM drive to browse images and perform simple operations. It is convenient for doctors to carry out image diagnosis, demonstration, communication and teaching.

X-Ray Unit

The high-frequency X-ray high-voltage generator uses advanced low-voltage technology, and its high-frequency inverter system provides huge energy for the tube and guarantees excellent stability. High-voltage generator power: 48 kW. Flexible mA selection greatly adapts to the needs of various parts scanning. Realized the low-dose scan, Apsaras minimum inspection mA is 10mA. With the KV and scanning time that can be adjusted at any time, the tube consumption and the radiation amount of the subject are reduced, and the operating cost is saved.

5.0MHU Tube

Apsaras 5.0MHU tube wear rate is low and has a high stability and super continuous scanning ability, its high heat dissipation is suitable for long-term thin layer scanning and continuous scanning. The special material and design not only reduce the tube consumption, but also greatly save the hospital's operating costs.

2.0MHU Tube

Apsaras 2.0MHU tube has a low wear rate and a high stability and super continuous scanning ability. Its high heat dissipation rate is suitable for long-term thin layer scanning and continuous scanning. The special material and design not only reduce the tube consumption, but also greatly save the hospital's operating costs.

Detector

The detector is the basis for high-quality images and low-dose acquisition. Improvements were made in the overall image chain to ensure high-definition images. The image is isotropic and MPR images in any direction have the same image quality. 32 rows of detectors can be flexibly selected, the number of physical detectors: 28160, each scanning can get 16 layers of images.

Image Processing Unit

Multi-processor to achieve data access. The system allows simultaneous and advanced graphics processing of complex calculations. Disk unit: Standard equipped with 310G hard disk, which can store at least 200,000 images and more than 6000 original data. The image can be automatically displayed according to the preset window width and level, and can be preset according to the clinician's examination habits. The filter function can be selected to process the image.

Real-time display

Application of unique high-speed data processing system, truly realize multi-functional parallel processing. All multi-slice CT scanning and image reading can be completed without an external workstation. The design concept includes the extensibility of the system and high-speed data processing capabilities. Tasks such as image reconstruction, 3D image processing, image analysis, and data transmission to the optical disk are all completed while scanning.

The speed of Reconstruction is fast, real-time displays level changes. Help the doctor to adjust the scanning field in time, enhance the choice of scanning time and the position of the patient, thereby improving the flow of the patient and achieving the best contrast effect.

Reconstruction filter function: more than 250 kinds

Can process at least 4 sets of data at the same time

For the data obtained by each scan, 4 groups of different window widths and levels can be automatically displayed and photographed. (For example: lung examination shows bone window and mediastinal window at the same time)

Image display processing: multi-frame display; zoom-in (real-time); image rotation; left-right swap; correction; annotation; minus/plus; edge enhancement/smoothing; multi-layer image accumulation

Movie display: dynamic observation of the chest or motion imaging.

Image analysis and processing: distance and angle measurement; CT value measurement; ROI Setting; CT value display; range display; volume measurement

3D display: It can display images of any section. The 3D images imaged in various ways include volume 3D, surface 3D, maximum and minimum 3D, transparent method 3D, etc.

It can automatically take photos of any post-processing results, and its image preview can be used for image management, window width and level adjustment and photo page arrangement before printing.

DICOM 3.0

Apsaras provides a complete DICOM 3.0 protocol, including transmission/reception, query/retrieval, printing, archiving and supports IHE requirements.

DICOM MWM
DICOM Work list

Image filtering and Removal of artifacts techniques

Increased SNR (Signal-to-Noise)

The technique of removing artifacts improves the signal to noise ratio and greatly improves the image quality. CT uses a rich reconstruction filter function. Different examination sites use different reconstruction methods: abdomen, head, bones, lungs, and high-resolution reconstruction methods. The set of scanning programs will come with this group of image optimization software to ensure high-quality images.

Intelligent software

Intelli EC

ntelligent mA technology: adjust the exposure in the three directions of X, Y and Z according to the position and level of the subject to ensure the image quality while reducing the amount of radiation.

Adaptive filter

Intelligent filtering technology: determine the weighting function according to the similar CT value, keep the effective information as much as possible, and filter the noise of the low-dose scanned image.

Predict scan

Intelligent contrast agent tracking: When performing enhanced scanning, the CT value is monitored in real time at a low dose at a selected level. After reaching the set threshold, the spiral scan starts automatically. This technique avoids the influence of the patient's blood flow velocity and obtains the best enhancement effect at the peak time.

Standard Application Package

MPR


It is a method of displaying non-horizontal 2D images using the data of CT horizontal axis images. Produce coronal, sagittal, beveled or curved images.

3-D Processing package


Surface 3D: Provides fast 3D images that clearly show anatomical structures. The advantage is that it can be measured on a 3D image.

Maximum density projection: It is used to display the structure and lesions of high-density organs and tissues such as enhanced blood vessels and bones, and is especially suitable for displaying vascular calcified plaques.

Minimum density projection: It is used to display the lesions of hollow organs such as trachea, bronchus, colon, etc. It can be used for imaging of the central airway and to indicate incomplete pulmonary obstruction.

Particular 3D applications:
3D Pixel Penetration

The successfully developed "3D pixel penetration method" can be used to display different CT values of tissues (such as blood vessels in soft tissues and tissues, blood vessels and calcified parts in angiography images, metals, blood vessels and drainage after interventional surgery, etc.) are also displayed at the same time as the difference in gray scale. It can open up new areas of CT 3D diagnosis.

CT Angiography CTA

Reconstructing the data obtained from the enhanced scan, the image can clearly show the skull base artery ring and the anterior, middle and posterior cerebral arteries and some small branches.
The enlarged image has no distortion.
Used to display and diagnose vascular diseases. Can be examined for patients with aneurysms, stenosis or vascular malformations.

Great vessels imaging

Through fast, thin-layer, large-area scanning imaging, the large blood vessels can be clearly displayed and evaluated, and the lesions and abnormal running of the large blood vessels can be clearly displayed. The non-invasive examination method also makes the patient easier to tolerate an examination.

Inner ear imaging

The diagnosis of diseases such as facial features is based on thin-layer spiral CT scanning and 3D reconstruction technology, and sub-millimeter layer thickness acquisition is used to display small structures.

CEV

The thin layer volume data can reconstruct the endoscopic image. Display the whole process of the cavity structure according to the needs, and provide more abundant information for diagnosis with the cross-section and curved surface images. The ability to evaluate small lesions is strong, which is an ideal solution for large-scale colorectal cancer screening. In addition, it can display the overall condition and cross-section of the colon very well, and provide tips for energy saving of the nodules.

Multi-phase liver imaging

Two-phase or three-phase scanning of abdominal organs such as liver, gallbladder, and pancreas is more accurate, and the density measurement of small lesions is also more accurate. At the same time, the reconstruction of lesions and related blood vessels can be effectively carried out through 3D reconstruction, which can help localization and qualitative diagnosis, and provide guidance for clinical surgery or other treatment plans.

Pediatric special software package

A special scanning protocol is provided for pediatric imaging, and the parameters are carefully designed in terms of scanning dose and inspection site. At the same time optimize the image. For the subjects who are difficult to cooperate with the inspection, the corresponding fast scanning design is carried out.

Standard accessories

Head rest with Armrest for standard, coronal

Patient fixing belt

Patient mat

Instruction manual