GHM-750 Digital Intraoperative 3D C-arm System

GHM-750 is equipped with a 30cm× 30cm dynamic flatpanel. As an "intraoperative CT", it can quickly generate CT-like tomographic images and stereoscopic 3D images during surgery, providing more comprehensive image information for the surgeons and precise observation of the implant, such as the position and angle of the screw for internal screw fixation. GHM-750 is a model with clear imaging, easy operation and convenient positioning, mainly used in operating rooms for orthopedics, spine surgery, trauma orthopedics, etc. It can significantly improve the surgical results and reduce the probability of surgical risks and complications.

Features:
1. Stable High Voltage Generator
The maximum output power of GHM-750 is 5kW, which effectively meets the imaging requirements of pulse fluoroscopy for obese patients or thicker tissues, fully satisfying the need for high-power instantaneous exposure during digital radiography.

2. Large Dynamic Flat Panel Detector
The GHM-750 adopts a 30cmx30cm (12-inch) large flat panel detector, which allows for the complete dis play of five cervical vertebrae in a single image. Compared to a 9-inch FPD, the imaging efficiency is higher, saving positioning time and avoiding additional radiation from multiple exposures. The large dynamic flat panel detector, with its 16-bit grayscale, generates large, high-resolution 2D and 3D images, clearly depicting the position and contour of the implant.

3. Intraoperative 3D Imaging
Intraoperative 3D imaging technology can generate 3D images in the coronal, sagittal and transverse planes of the corresponding parts during surgery. For example, in spinesurgery, the position of the implants relative to the vertebral foramen and the pedicle can be checked intraoperatively through 3D images to help doctors evaluate the effect of implant placement. Intraoperative examination optimizes the surgical process by replacing the traditional postoperative CT examination with intraoperative 3D imaging, which to a certain extent avoids revision surgeries, reduces the cost of surgery and shortens the hospital stay.

4. Larger 3D Imaging Area
The intraoperative 3D imaging area is up to 18cm3. Each dimension is 400 stereo pixels so the image quality is fine and clear. A larger intraoperative 3D FOV can help capture more image information (whole cervical spine, whole lumbar spine, seven thoracic spine segments, bilateral articulatio sacroiliaca, caput femoris and unilateral pelvis) in one shot.

5. Isocentric Rack Design
GHM-750 adopts isocentric design, providing a larger opening space (90cm) suitable for the requirements of various clinical positions. The design avoids the movement of the C-arm frame in the horizontal and vertical directions during 3D image acquisition, and always keeps the exposed part in the X-ray’s center, which reduces motion artifacts andimproves image clarity.

6. Adjustable FPD
The flat panel detector can be raised and lowered (10cm), and the SID can be flexibly adjusted to control the detector closer to the exposed part, allowing for clearer fluoroscopic images.

7. Five-dimensional Motion
The motion control of the equipment adopts an electric mode, including vertical motion, horizontal motion, orbital rotation, rotary motion along the horizontal axis and electric vertical motion of FPD, which can be adapted to different surgical beds and make it more convenient for surgeons to perform surgeries.

GHM-750 Digital Intraoperative 3D C-arm System Brochure Download Link:
https://drive.google.com/file/d/186UUGJCl8Xqtnqy0TYiIxdpz5NgMFHN6/view?usp=drive_link