• Our high frequency technology assures the best image in every operating condition along with reduced patient dose and extended x-ray tube life time .
• The generator provide the right amount of penetration, reducing exposure times and retakes.
• The parameter can be adjusted by the kV and mAs .
• Multiple security protect function such as over-voltage, over-current.
• 50 preset exposure programs allow extensive possibilities to optimize the exposure and processing parameters according to your preferences.
• Fault automatic protection setting and fault alarming display.
•  Parameters are automatically storage when power cut off.
• Adopt rotating beam limiting device to adjust the X-ray field and angle freely.
•  Adopt manual controller and remote controller to do exposure.
•  Optional: PLXF152 mobile table for high frequency mobile X ray equipment.
•  PLX101D is equipped with built-in battery, can take 200 films when full charged.  

• 34 inches LCD screen presents images with high brightness and high contrasts.
• 27 inches LCD monitor presents images in real time, easy to observe.
• Intraoperative 3D imaging.
• Isoscentric rack design.
• Dynamic flat panel detector.
• Adjustable flat panel detector.
• Multidirectional information acquisition.
• Dual acquisition mode.
• Intraoperative examinations
• High power pulsed x-ray source
• Intelligent dose setting
• Convenient positioning.
• Easily sterilized design.
• Laser position
• 11.6 inches operation touch screen.
• Removable grid.

• Adopt pulse exposure mode, real exposure time is 4s.
• Adopt Thales Flat Panel Detector.
• High resolution, small distortion and brightness uniformity.
• Effective size: 12cm by 15cm Flat Panel Detector.
• Touch screen.
• Friendly interface, easy and convenient.
• Ergonomics design.
• Dicom 3.0 network interface for integration with clinical network, PACS and RIS.
• Adopt 3D reconstruction algorithm.
• Transfer original 2D sequence images to 3D volumetric images.
• Extract sharp and panoramic images from 3D volumetric images.

• Optical measurement camera.
• 34 inches LCD surgical monitor.
• Pre-op planning system.
• 29 inches workstation monitor.
• Self-adaptive calibration.
• Pre-op surgical planning.
• Percutaneous fixation.
• Small incision.
• Overall roll cart design.
• Articulating monitors.
• Stable surgical plan operation.
• Human-machine collaboration.
• Motion simulation and mechanical sensor.
• Overall tacking/ processing system.
• 3D reference marker.
• 6-way directional moving robotic arm.
• Self navigation.
• Real time motion tracking.
• High precision robotic arm.
• Positioning with accuracy.
• Optimized workflow.
• Standardized surgical workflow.
• Multiple vertebral levels planning.
• Reduced radiation absorption.
• Improved surgery efficiency.

• Economic Flat Panel Detector.
• Flexible projection angle.
• High definition images.
• Portable digital system.
• Convenient digital image network.

The uDR 596i offers innovative digital imaging technologies combined with cesium iodide (CsI) based detectors that enable you to clearly visualize fine details at a low dose  

Performance. Attainable.The uDR 596i is a powerful floor-mounted x-ray system that's easy to move and position, delivering a great user experience. The system is fully configured with two wireless 17" x 17" digital flat panel detectors and many automated features such as auto tracking, auto stitching  and auto collimation technology. The uDR 596i boasts exquisite image quality for all types of exams.

The uDR 780i is a powerful ceiling-mounted x-ray system that's easy to move and position, delivering a great user experience. The system is fully configured with two wireless 17" x 17" digital flat panel detectors and many automated features such as auto tracking, auto stitching and auto positioning technology. The uDR 780i boasts exquisite image quality for all types of exams.  

The uDR 780i is optimized for exceptional image quality at a low dose. The uDR 780i has two 17" x17" cesium iodide (CsI) based detectors that offer high detective quantum efficiency (DQE) and spatial resolution, enabling high quality x-ray images using low patient exposures.