KD-CMN100
mobile digital mini C-arm

Kd-cmn100 is a new dexterous and convenient digital X-ray image system, which is independently developed by Konda intercontinental. It is used for digital perspective and photography for diagnosis, and is suitable for clinical medicine / sports injury / scientific research and other fields.

Excellent digital image chain is the guarantee of high-resolution lossless image output.The kd-cmn100 uses the imported micro focal point tube and high-resolution flat panel detector, together with high-quality X-ray control technology and powerful image equalization technology, to present users with outstanding high-definition and high contrast image.

Imported micro focus tube

The whole set of X-ray generating components of cmn100 are imported from GBT, effectively ensuring the quality of X-ray output.24W output power, no pressure even when imaging in thick / fat body position; 33 μ m micron focus, smaller than the MM focus of ordinary X-ray machine, making it clearer in clinical hand and foot surgery

Imported high resolution flat panel detector

With the continuous maturity and development of digital imaging technology, digital plate imaging has been widely used in various radiation medical equipment, and gradually iterative image intensifier analog imaging mode.Compared with the image of shadow enhancement, digital image has significant advantages in imaging speed, image post-processing, image display, image transmission, image storage, image resolution and image information display.Due to the gradual reduction of the application cost of small flat panel, it is possible to use the digital flat panel detector in orthopedics.Cmn100 adopts rayence's original amorphous silicon / cesium iodide flat panel detector for hand and foot surgery, 49.5 μ m micron pixel size and 2352 × 2944 pixel matrix, which is 7 times smaller than ordinary shadow enhancement and 3-7 times smaller than ordinary flat panel, providing ultra-fine hand and foot surgery imaging for clinic

Low dose pulse fluoroscopy

Based on the principle of "ALARA radiation protection optimization", the design concept of cmn100 pursues a relatively reasonable balance between radiation and X-ray imaging dose.The original imported low-power X-ray generator and high conversion efficiency micro pixel flat panel detector as low as 22.4w can not only improve the safety and stability of the equipment, but also make the clinic enjoy the intimate low-dose radiation safety; the low-dose pulse fluoroscopy working mode as high as 0.3mA can effectively avoid unnecessary xThe radiation overflow can minimize the health damage to the user and the object



within the range of 7.5fps to 27pfs & the total dose of pulse perspective operation with effective pulse width control between 30% and 100% is 35% to 80% lower than that of continuous perspective operation mode

Excellent image processing technology

Kangda C-arm is committed to realizing its long-term commitment to clinical users and is determined to become the most successful C-arm service provider in terms of product technology and customer satisfaction.Cmn100 with advanced technology has become the representative product of portable mini-c with its fascinating design, leading technology and extraordinary performance, and has been highly appraised and recognized in the clinical field of hand and foot surgery.



Professional image noise reduction algorithm makes perspective image comparable to professional Dr image edge and contrast enhancement function, and adjusts image effect at any time

Distortion free imaging

Different from the image intensifier of complex and huge optical lens group, the flat panel detector has obvious advantages of size and weight.In addition, in the imaging based on image intensifier, there will be loss and distortion in many links of the signal conversion chain.As a contrast, the plate has a direct and short signal conversion path, and there is no change in the nature of optics, so the image of the plate is flat and consistent from the edge to the edge. The 1:1 imaging of the object, fundamentally eliminating the inherent distortion of the optical lens, and the image is completely distortion free.

Convenient, exquisite and flexible is the most intuitive experience and experience that cmn100 brings to users.Considering the structural design, floor space and weight of the whole machine, it is based on the clinical application needs of hand and foot surgery.

Compact design enhances fluidity, versatility and flexibility

The compact mini C-arm design is better than the ordinary C-arm in moving performance, which is convenient for patients to check and improve the mobility of the tested object; the simple operation process and the whole weight of 83kg can be driven and controlled by the ordinary doctor or nurse alone; the space less than 1m2 covers an area, which can be shuttled in the operating room or even beside the hospital bed by itself.

More in line with the clinical development of hand and foot surgery "desk" C-arm structure design

Different from the common "axis" C-arm structure design, the cmn100 adopts the new "desk" C-arm structure and "axis" display control combined operation control.According to the clinical application characteristics of hand and foot surgery, doctors change the angle of projection by changing the limb angle of patients without adjusting the angle of C-arm. That is to say, doctors usually take the detector plane as an "operating platform" and do not need to change C-arm like other C-armsArm angle, obviously, such a desktop structure is more conducive to the operation and image observation, so that the equipment design can fully integrate with the operation scene.

The design of micron level focus tube and low dose exposure control make the leakage radiation of the whole product keep at a low level.According to the national leakage radiation test standard, the leakage radiation under the loading state shall not exceed 1.0mgy/h, and the leakage radiation under the non loading state shall not exceed 20 μ Gy / h.The test results of cmn100 for this item are not higher than 0.41mgy/h in the loaded state and 0 μ Gy / h in the non loaded state.

The personalized and humanized auxiliary function of equipment can effectively improve the clinical work efficiency, standardize the operation process and bring comfortable equipment application experience for clinical workers.

Laser positioning system

The design of laser positioning is to use the characteristics of high brightness and good directivity of the laser for pre positioning, and then expose the ray, so as to make the positioning more accurate, reduce the number of exposures, extend the service life of the ball tube, and reduce the amount of exposure of doctors and patients.Cmn100 is equipped with laser positioning system as standard, which positions first and then leads out, so as to achieve the goal of which to hit.

Perspective of APR program

According to the clinical needs of hand and foot surgery, the system specially sets up the perspective of APR Oriented Anatomy program, which mainly includes the commonly used hand / foot / shoulder / elbow / knee / wrist / ankle / others.Before fluoroscopy, doctors can first select the anatomical part to be imaged, and the system can automatically adjust the optimal exposure parameters of the imaging part, providing reference for clinical fluoroscopy imaging.The design of APR program perspective greatly saves the time of perspective imaging and effectively shortens the examination time.

Beamer

The beamer is an electromechanical optical device installed in front of the output window of the tube sleeve of the X-ray tube assembly. Its main function is to control the radiation field of the output line of the X-ray tube, so as to minimize the projection range, avoid unnecessary dose, absorb the scattered rays of medical equipment and improve the image clarity. It is X-rayAn indispensable auxiliary equipment for line projection and protection.Cmn100 is equipped with horizontal / vertical direction / double leaf opening and closing control beam limiter matched with flat panel detector, which can meet the needs of different clinical parts of hand and foot surgery.

The system can support USB, Ethernet and WiFi connection, easily realize the network transmission of hospital image information; support DICOM 3.0 protocol (sending, storage, printing and work list), and seamlessly integrate into the digital hospital network.