Digital Intraoperative 3D C-arm

Features & Benefits


Maximizing surgical confidence with 3D imaging

34”LCD screen presents images with high brightness and high contrast.

PLX7500A provides 3D and transverse plane images without the need for postoperative CT.

27”LCD monitor presents images in real time, easy to observe the image.

Fully electric movement is easy to operate,safe and stable.

30cmx30cm dynamic FPD provides clear and distortion-free images with wide imaging range.

5 kW monoblock high-power, high-voltage generator

lntraoperative 3D Imaging
Real-time Surgical Monitoring

Intraoperative 3D imaging and transverse plane images provide multi-dimensional diagnostic information to assist surgeons in intraoperative evaluation, such as fracture reduction and the size and position of internal screws, to facilitate better completion of the procedure.

A larger intraoperative 3D imaging Fov can help capture a larger area (whole cervical spine, whole lumbarspine, seven thoracic spine segments, bilateral articulatio sacroiliaca, caput femoris, and unilateral pelvis) in one shot.

An isocentric design is adopted to always keep the exposed part in the X-ray’s center during scanning, avoiding repositioning during the process, reducing radiation dose and motion artifacts, and saving time.

With electric sliding (190) along the track, it is stable and convenient to provide clear, multi-direc-tional
3D and transverse plane images.

There are two acquisition modes, HD and fast. The acquisition can be completed in 30 seconds at the fastest, which can significantly shorten the acquisition time under the premise of ensuring image quality.

Intraoperative examinations optimize the surgical process by replacing the traditional postoperative CT examination with intraoperative 3D imaging, which to a certain extent avoids the occurrence of revision surgery, reduces the cost of surgeries and shortens the hospital stay.

3D Imaging, Smart Link with Navigation System

lmage-guided Surgeries with Wireless Navigation

TransmissionIntegrating with a standardized data transmission interface for navigation systems, PLX7500A is compatible with the mainstream navigation systems on the market. lt can transmit image data of 3D reconstruction to the navigation equipment through the network cable without additional manual registration. Real-time guidance and planning through intraoperative images can assist doctors in positioning surgical instruments and implants.

Clear Images, Precise Diagnosis

The 30cm×30cm (12 inch) large flat panel detector with 16-bit grayscale generates large, high-resolution 2D and 3D images, clearly depicting the position and contour of the implant.

The integrated tube and the high-frequency generator are with adjustable frequency to achieve superior image quality at low dose, and also produce clear images of obese tissues.

The model has automatic adjustment of dose parameters according to the body parts. Combined with intelligent hardware and closed-loop software algorithms, it can significantly reduce dose intake while ensuring high-quality images.

5D Electric Movement Easy to Operate

The flat panel detector can be raised and lowered (10cm), and the SID can be flexibly adjusted to control the detector closer to the inspection area, allowing for clearer fluoroscopic images.

A larger opening space (90cm) is suitable for the requirements of various clinical positions.

● The cable is hidden between C-arm and the base, easy to install sterile cover and avoiding contamination caused by exposed cable.The surface of PLX7500 has antibacterial coating, which is convenient for medical staff to clean and sterilize.
● lnjection molding cable is more reliable, not afraid of ground abrasion. Smooth and flatsurface is easier to clean.

The three-way cross-laser positioning is used to assist in the patients’ positioning and reduce unnecessary exposure.

Superior lmage Quality Multi-screen Display

The model has automatic adjustment of dose parameters according to the body parts. Combined with intelligent hardware and closed-loop software algorithms, it can significantly reduce dose intake while ensuring high-quality images.

The C-arm body is equipped with a 27” color LCD monitor that displays the acquired images in real time, eliminating the needa for doctors to frequently travel between the x-ray monitor and the surgical table.

lntraoperative adjustment of radiographic parameters and image processing can be donein the touchscreen attached to C-arm. The screen can be operated with surgical gloves.

For dose-sensitive people, the filter grid can be easily and manually pulled out, which can significantly save time and reduce the dose required for exposure.

Low Dose Mode

Low dose mode can significantly reduce the dose intake and unnecessary radiation, suitable for a variety of clinical examination needs.

Collimator Preview Function

lt is able to adjust and preview the field of view in a ray-free state to reduce radiation damage from unnecessary exposure testings.


The intelligent DAP monitoring system can record the single examination dose and manage the radiation absorption of patients.

Wireless Foot Pedal (optional)

The wireless foot switch avoids the complicated cable, while through the remote exposure control, people can be as far as possible from the radiation source, reducing the radiation intake and caring for the health of medical staff.

3D Images

3D Images

2D Images

Digital Intraoperative 3D C-arm

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