Radiology
Your Professional Radiology Machine Supplier!
Chengdu Jiuxin Xinde Medical Technology Co., Ltd. was established in 2022. It is a professional supplier of medical equipment, medical consumables and veterinary medical equipment, dedicated to providing high-quality solutions for the global market.
Why Choose Us
Quality Control
Our medical and veterinary products comply with international quality management systems such as ISO 13485. Production and quality control processes are implemented in accordance with applicable CE and FDA regulations, ensuring that products meet practical requirements for engineering precision, biocompatibility, and regulatory compliance.
Production Capacity
We operate 11 production lines with a total workshop area of approximately 7,100 square meters. Through structured production line layout and planning management, we are able to support the stable manufacture of multiple product categories and accommodate both continuous supply and customized order requirements.
Professional Team
The company employs over 215 production personnel and maintains long-term cooperation with partner factories that have established manufacturing capabilities. The team has hands-on experience in R&D coordination, production execution, and quality control, supporting smooth and controlled project implementation.
Customer Support
Our business serves multiple international markets. We provide pre-sales technical communication, regulatory documentation support, and post-sales assistance, helping medical partners maintain stable delivery and ongoing operations.
Specification
|
Category |
Parameter Name |
Parameter Value |
|
Installation Requirements |
Power Supply Type |
Single-phase AC |
|
Voltage |
220VAC±10% / 1.8kVA (Maximum) |
|
|
Frequency |
50±1Hz |
|
|
Battery Capacity |
Fully charged battery supports 1 hour of standby and scanning |
|
|
Standard Power Supply |
220VAC; 50Hz |
|
|
Noise |
≤70 dB (1m away from the scanning aperture) |
|
|
Geometric Dimensions |
Scanning Aperture |
320mm |
|
Field of View (FOV) |
272mm |
|
|
Detector |
Detector Type |
Solid-state detector (GOS scintillator material) |
|
Number of Detector Rows |
16 rows |
|
|
Connectivity |
Network |
Ethernet/Wi-Fi (AC) |
|
Protocol |
Complies with DICOM 3.0 protocol |
|
|
Compatibility |
Compatible with HIS, RIS, PACS, and surgical navigation systems |
|
|
Dimensions & Weight |
Height |
1310±5mm |
|
Length |
1215±5mm |
|
|
Width |
985±5mm |
|
|
Weight |
290±10Kg |
|
|
Scanning Performance |
Acquisition Time (Axial) |
1/2/4 sec |
|
Rotation Time per Revolution (Spiral) |
2sec |
|
|
Maximum Scanning Length |
300mm |
|
|
Coverage Length per Scan |
16×1.1mm |
|
|
Image Transmission Time |
2sec |
|
|
Maximum Slices per Scan |
16 |
|
|
Image Reconstruction Time |
8 images/sec |
|
|
Pitch Factor (Spiral) |
1 |
|
|
Image Performance |
Minimum Slice Thickness |
1.1mm |
|
Highest Spatial Resolution |
≥9 lp/cm |
|
|
Highest Low-Contrast Resolution |
≤3mm@1% |
|
|
Radiation Protection |
Gantry Interior Protection |
1mm lead equivalent |
|
Front Lead Curtain Protection |
0.5mm lead equivalent |
|
|
Rear Lead Curtain Protection |
1mm lead equivalent |
- It can eliminate the need for exploratory surgery.
- It is used to determine when a patient needs surgery.
- It assists in making a diagnosis and further management of most body conditions.
- Interventional radiology, which involves treatment as well as diagnosis, involves less risk, a shorter recovery time and less time in hospital than open surgery or key-hole (laparoscopic) surgery.
- It is used to visually guide the treatment of conditions such as heart disease and stroke.
- It is used in screening for diseases such as breast cancer (mammography), with early detection reducing the mortality rate.
- It improves cancer diagnosis and is also an effective treatment for cancer and other diseases (known as radiation oncology or radiation therapy).
CT (computed tomography) scans visualise the inside of the body in great detail and can eliminate the need for exploratory surgery. CT makes use of computer-processed combinations of many X-ray images taken from different angles to produce cross-sectional (tomographic) images – or ‘virtual slices' of specific areas of a scanned object. CT scans are accurate, fast and painless.
MRI (magnetic resonance imaging) scans produce three-dimensional images of soft tissues such as organs and muscles that don't appear on X-rays. MRI technology uses powerful magnets and radio waves to create pictures of the body. One MRI scan can produce many (sometimes hundreds) of images which can be stored on computer or printed on film.
A PET (positron emission tomography) scan is a nuclear medicine imaging test which involves injecting a small amount of liquid radioactive material into the body. PET can detect cancer in the body at an earlier stage than CT or MRI scans.
Ultrasound imaging is safe, quick and easy to perform and does not use any radiation. It's frequently used in pregnancy to monitor the baby's development. 3-D ultrasound produces a static 3-D image of the baby, while 4-D ultrasound produces a moving image.
X-rays, also known as plain radiography, have been used as a diagnostic tool for over 100 years. They are painless, fast, and non-invasive. X-rays are used to diagnose bone and joint-related conditions such as fractures and dislocations.
Radiographs: X-rays to look at bones, the chest or the abdomen.
CT (Computed Tomography): A CT captures multiple x-ray angles of the patient using a doughnut-shaped machine, then creates computer-processed images.
MRI (Magnetic Resonance Imaging): An MRI uses magnetic fields and radio waves with computer processing to create images.
Mammograms: Specially powered x-rays that look at breast tissues.
Ultrasound: An ultrasound uses sound waves to create moving images that display on a monitor, commonly used for echocardiograms and examining the womb during pregnancy.
Fluoroscopy: X-rays that make moving images of the body in real time. This imaging is crucial for many procedures, especially those involving the gastrointestinal tract.
Nuclear medicine: These are short-acting radioactive substances that generate light from bodily processes. A camera collects the light, so a computer can process it and develop an image.
Inquiry and Order
For detailed product specifications, operation manuals, or customized solutions, please contact us:
Submit Inquiry Form
Fill in your demand information, and we will provide a professional response within 24 hours.
Request Product Materials
Obtain complete product parameter sheets, clinical cases, and compliance certification documents.
Discuss Cooperation
Provide bulk purchasing support and technical training services for medical institutions and distributors.
Packaging and Shipping
|
Packaging |
Cardboard box |
|
Transportation methods |
Road transport, rail transport, sea transport, air transport |
Our Certificate
FAQ
We're well-known as one of the most reliable radiology equipment manufacturers and suppliers in China. Please rest assured to wholesale high quality radiology equipment made in China here from our factory. We also accept customized orders.