Auto switch double GRID technology

In order to achieve the multifunction of OPERA FP, GMM designers completed a new development of the unit, which enables tube column SID to 180cm for achieving the best distance for chest examination in normal condition.

Each unit of OPERA FP has two GRIDS. One F120CM for basic use. The other F180cm is for chest radiography.

In the stretching of the tube column, the two filter grids can be automatically switched in real time inside the device, ensuring excellent image quality under different conditions and the convenience of the doctor's operation.

Screw structure X-shaped For Elevation System

Elevation system minimize 50cm height to the examine table

The elevation of table range is between 50cm to 100cm

The minimum table height of 50cm makes it easier for patients to get on and off and it is more convenient for patients on stretchers and moving around

Up to 100cm makes doctors more comfortable during intervention surgery

SMALL ROOM MODE

Exclusive patented SMALL ROOM mode
The entire table platform can move 50cm to both sides
It provides ample space for the stretcher bed and sickbed patients with limited mobility to enter the examination room, and also provides more space for the equipment required for intervention treatment

Wide range of image

Wide range of image
The patient does not need to move
The unit can complete the design concept of all motions

The table can move ±17cm horizontally and ±47.5cm vertically. Make sure there are no blind spots in the inspection. The vertical movement range of the tube column is 158cm (focal movement distance). The whole body of the patient can be checked, which can meet the comprehensive examination of patients of various heights. Even for tall patients, the X-ray irradiation field can be completely covered from head to toe.

Adhering to the people-oriented concept of "only moving machines, not moving patients". The larger radiation coverage brings great convenience to the operation under X-ray, especially for the catheter type operation, it is not necessary to use "blind operation" at all, which greatly improves the safety factor of the operation for patients.

The tube column can be tilted up to ±40°, which is very beneficial for the examination of certain special positions such as the apex of the lungs and the side of the small curved stomach. Fully electric remote control operation greatly improves efficiency compared to manual positioning equipment.

In the case of serious injury or other patients unable to move, the emergency photography of the stretcher table or the photography of the wheelchair position on the stretcher table can be directly completed by rotating the tube to 90°.

The large-scale moving ability of the column of the table platform. The center of the X-ray beam is only 43cm from the edge of the table surface, which is very convenient for neurosurgery, urology and gynecological surgery.

Elite Mechanical operation

Continously variable transmission to control the speed
Multi-threaded multi-action synchronous control stepless speed change

ALL IN ONE

Touchscreen plus joystick control panel with integration
APR technology

The 19-inch wide-field touch screen is equipped with mechanical motion mode selection, an interface to complete APR organ program photography selection, no ray positioning image display, manual exposure parameter adjustment, manual mechanical motion parameter setting and other functions and integration.
The joystick interface is only responsible for a few commonly used mechanical movements.

There are no buttons in the entire operation interface: five rockers + 19-inch touch screen to complete the selection of mechanical and exposure parameters.

Keyboard and mouse to complete the acquisition software interface operation (professional medical screen does not consider the touch screen, or use the keyboard and mouse is more efficient)

Long-distance visible non-ray positioning system

It can effectively reduce unnecessary radiation exposure to patients during positioning
At the same time, it is convenient for the personnel who operate the equipment
It observes patients more intuitively during intervention therapy and assist doctors to complete positioning work
The camera adopts a secret design, and collimator is installed inside

Touchscreen control panel with integration

The most simplified operation process lies in the highly centralized operation platform A series of complex processes such as work plan, X-ray control, organ program, image acquisition, image post-processing, and file management are fully integrated in the control system in the computer All the work can be completed with just a mouse click Windows-based operating interface makes your use more convenient

Programm controled For auto positioning
（APR PLUS）

It expands APR Plus technology based on APR which used on GMM OPERA SWING

Original Full Spine Auto-stitching function

This function is highly integrated with the device's hardware
One-key setting and automatic control can complete all the work of the whole spine stitching photography without manual intervention

Image quality and ease of operation are far superior to the perspective mode used by products that use external full spine stitching workstations to achieve full spine stitching function
Regardless of the stability of the software and the high degree of integration of the system, the native software is more stable and the quality of the drawing is more excellent

At the same time, we can do one-click shooting of stitched images and automatically output complete stitched images.

Effective low dose image mode

It uses full spine auto-stitching function for Apsaras OPERA FP Sharp. DR exposure image captured is a low dose, effective image acquisition mode.

Advanced DR Image Collection Mode

The single-frame acquisition range is large, and the number of splicing times when splicing long bones is small, which has little effect on the final accuracy of the image. The exposure dose is low, just 2 to 4 DR exposures. The exposure mode is adopted, and the load on the tube is low, which reduces the burden of such complicated inspections on the normal work of the equipment.

Original Tomo

Apsaras OPERA FP Sharp uses the system's native fault software function. This function is highly integrated with the hardware of the device, which can achieve one-key setting and fully automatic control of the diagnostic bed to complete all the work of tomography. Image quality and ease of operation are far superior to devices that use external tomography workstations to achieve this function. Regardless of the stability of the software and the high degree of integration of the system, the native software is more stable and the linkage and control are more accurate, providing the best platform foundation for acquiring high-quality tomographic images

HIP with RADIOGRAPHY
20 mAs x 2 frame
40 mAs

HIP with TOMOSYNTHESIS
1 mAs x 60 frame
60 mAs

CHEST with RADIOGRAPHY
26 mAs for the study

CHEST with TOMOSYNTHESIS
1 mAs x 60 frame
60 mAs

tomosynthesis

Non-three-dimensional reconstruction technology of fusion fault technology

Using CBCT technology similar to surface tomography, the image is not reconstructed

It is obtained after the actual collected image is processed by fusion technology

It has better authenticity and effectively overcomes the problem of artifacts encountered by spiral tomography technology equipment when it encounters metal objects. It can perform tomography in an open environment, and patients with long foreign objects inserted into the body can effectively overcome the CT aperture is too small and need for inspection The risk of secondary damage caused by truncating foreign objects and the technical obstacles that magnetic resonance equipment cannot photograph metal objects. The tomographic image inspection can be completed with less damage and higher efficiency in an open environment.

Microcomputer control, optic Fiber communication

The whole machine uses computer-controlled optical fiber communication (Optical Fiber), and the resulting barrier-free design allows doctors to access the patient from all sides, which is specially designed for X-ray surgery. At the same time, the application of optical fiber technology has realized the digitization of the entire machine communication. The digitization of the whole machine has brought a significant improvement in the stability and accuracy of the overall system work, and will also bring a more secure experience and excellent control quality to the operating doctor.

Continously variable transmission

Mechanical movement adopts stepless speed change system (Stepiess Speed Change Syetem)
The speed of movements can be controlled by the operator flexibly
The moving stepless speed range of the column is 0-20cm/s
Not only can meet the need to track the high-speed movement of high-speed contrast media
It can also meet the needs of low-speed movement for precise positioning

Remote control for troubleshooting

Ability to perform comprehensive off-site after-sales service
The key to your effective cost control
When you connect to Kangda Intercontinental Medical's after-sales service center
The computer in the service center can quickly analyze the cause of the failure and give a solution or remote repair (software system) or targeted door-to-door service (hardware system)
At the same time, fully record the fault log of the equipment for query during maintenance

Full Open RS232 Interface

The fully open RS232 interface truly allows the device to be independently controlled
Users can not only control images and devices through the conventional operation interface
It can be further fine-tuned through the fully open RS232 digital engineering interface
Get a system that fully meets local needs
Through this interface, remote fault diagnosis and fault log storage of the device can be realized
The fully open interface can even choose different compatible components according to user needs, even including tubes, etc.

A²EC²™Service Tool

A²EC²™ service tool reduces AEC calibration from hours to minutes
Automatic exposure control program through advanced correction
In order to ensure that all parts get uniform and stable images

High frequency for Inverter

High-frequency inverter technology with 400,000 Hz MOSFET full-bridge inverter circuit using a new generation of technology
It controls the high-frequency text wave coefficient below 1% to infinitely close to constant high pressure
It effectively reduces the generation of stray rays
Improve X-ray quality and accuracy of KV output

High speed rotating anode

Using non-contact high-speed electromagnetic drive technology
Able to reach 3000/10000 rpm (some configurations are 8500 rpm) high speed per minute
Higher tube speed not only brings more uniform X-rays and less stray rays
And more importantly, it can significantly increase the service life of the tube

Alloy target and double focus technology

It adopts advanced rhenium tungsten alloy target surface. It can withstand high-energy electron flow for a long time and have better heat dissipation performance. Compared with the traditional pure tungsten target surface, the durability is greatly improved. Dual filament dual focus technology can meet the dual requirements of high load work requirements and fine impact.

Double coll technology

The dual-circulation cooling technology, which perfectly combines the heat conduction fluid circulation cooling technology with natural air cooling, can effectively prolong the use time of the bulb. When facing a large number of patients and batch medical examination tasks, it will not temporarily stop working due to the thermal saturation of the bulb and wait for cooling

Needle scintillator

Needle crystal scintillator structure will bring higher X-ray energy conversion efficiency
Visible light can be transmitted to the amorphous silicon layer without loss
More importantly, the needle-like crystal constrains the light like an optical fiber, so that the scattered line effect is greatly controlled
Compared with traditional granular scintillators, needle-shaped scintillators will bring clearer and sharper images

Large FOV Amorphous silicon dynamic flat panel detector

The flat-panel detector image acquisition technology using amorphous silicon is currently the mainstream detector imaging acquisition technology. Most users have chosen flat panel detectors of amorphous silicon technology. Amorphous silicon flat panel detectors are known for their stable performance and superior image quality. Whether in the field of static DR acquisition, high-speed acquisition of dynamic vascular imaging, or in the field of innovative applied dynamic flat-panel digital multi-function X-ray machine, the amorphous silicon flat panel has always been the user's first choice

Automical Tissue Harmoisation system
Automical Tissue Harmoisation system

ATH (Automatic Organization Coordination) is composed of a series of real-time systems including "Tissue Majorization", "Tissue Equalization", "Tissue Lens", "Region of Interest Optimization" (ROI majorization), etc. The post-processing system composed of the tissue coordination software package optimizes high-speed images according to different anatomical positions or selected ROI regions. The images processed through equalization and frequency can contain clear high-contrast images of soft tissues and bones