English 
Русский
Français
Español
Using a dual-source generator and dual-detector design, Ultra3D contributes to a dual-system with wide-angle imaging and microscopic imaging that can provide micron-scale imaging solutions for ENT and dental clinical diagnosis.
Ultra3D captures a large area with 2D image after will be select small area for 3D shooting, it will automatically direct the patient to the correct position with easy manipulation.
It provides a ten-micron class definition, body construction with 50µm can be detected easily, for in-depth diagnostic.
Equipped with high resolution, high sensitivity, high image acquisition rate, and a low power consumption core.
Core technology for improving resolution and SNR.
HD Reconstruction
Scatter Correction
Metal Artifact Reduction
It fully explores the perfect balance between image quality and radiation dose. Low dose mode provides lower radiation especially for children and elders, that eliminates the risk of exposing the patient to an unnecessarily high dose by automatically adapting radiation levels.
The scanning table follows ergonomics to achieve smooth movement in six directions: up and down, left and right, and front and back, with 0.1 mm movement control accuracy. To reduce motion artifacts, the patients remain stable and comfortable during the whole procedure.
Doctors can communicate with patients in real time. The console can control the switch and adjust the voice volume.
Optimaize positioning workflows with dramatically simplified laser projection system if the patient is positioned as accurate as possible.
Both sides of the gantry channel are open so that patients can relax while being scanned.
Specifications
Weight
920 kg (2028.25 lb)
Product Dimension
3.016 m (L, 9.90 ft)x 1.483 m (W, 4.87 ft)
Height
1.6 m (5.25 ft)
| Specifications | Wide-angle Imaging System | Microscopic Imaging System | |||
|---|---|---|---|---|---|
| Field of View (cm) (Diameter × Height) |
23×19 | 16×13 | 16×6 | 8x8 | 7×4 |
| Spatial Resolution(lp/mm) | ≥1.4 | ≥1.4 | ≥1.7 | ≥1.9 | ≥3.0 |
| Voxel Size (mm) | 0.15/0.3 | 0.125/0.25 | 0.1/0.2 | 0.075/0.15 | 0.05/0.1 |
| X-ray Generator 1 |  |
X-ray Generator 2 |
|---|---|---|
| 0.5 (IEC60336) | Nominal Focal Spot Size | 0.25 (IEC60336) |
| 60-100kV Adjacent Tube Voltage Increment 5kV | Tube Voltage | 60-120kV Adjacent Tube Voltage Increment 5kV |
| 2-10mA Adjacent Tube Current Increment 0.5mA | Tube Current | 2-10mA Adjacent Tube Current Increment 0.5mA |
| 1000W | Maximum Power | 1000W |
| Flat Panel Image Receiver 1 | |
Flat Panel Image Receiver 2 |
|---|---|---|
| Cesium Iodide + TFT | Detector Type | Cesium Iodide + CMOS |
| 300×250 mm | Effective Imaging Area | 115×65 mm |
| 100 µm | Pixel Size | 74.8 µm |
| 3008×2496 | Acquisition Matrix | 1536×864 |
Minimum voxel size to 0.05 mm.
Automatically calculate the volume and the narrowest area of the airway in the form of chromatographic visualization.
By loading multiple images, it is possible to perform single-slice comparison medical imaging. It can also compare multiple slices simultaneously by adjusting the layout view, as well as set multi-sequence synchronous page turning, zooming, panning, and adjusting window width and window level, thereby saving the comparison image function.
Precisely identify the centerline of the tubular structure based on a semi-automatic method. Visualize 3D curved tubular structures with advanced resampling algorithms to 2D image sequences, enabling intuitive inspection of tubular structures.
SmartV-ENT has a visual pattern of comparison of left and right joints, allowing doctors to evaluate the diagnosis and treatment effect of temporomandibular joint diseases.
Neural tubes will be highlighted, which presents a relationship between the location of the implant and optimal length. This is the best way to improve the success rate for implant surgery.
Label the neural tube automatically in the CT image, providing great convenience for diagnosis.
Used to evaluate bone mineral density in a selected area.
