Pipmed Medical Pipmed Medical

Plx112b High Frequency Mobile Digital 3D C-Arm System X-ray Equipment

Customization: Available
Certification: CE, ISO13485
Scale: Large

Product Description

Basic Information
Model NO.
PLX112B
Output Power
5kw
Inverter Frequency
60kHz
Tube Voltage
40-125kv, Continuous Adjustment
Tube Current
0.3-4mA, Continous Adjustment
Specification
Max. Tube Current: 100mA
Origin
China
HS Code
94029000
PLX112B High Frequency Mobile Digital 3D C-Arm System X-ray Equipment

PLX112B High Frequency Mobile Digital 3D C-Arm System X-ray Equipment

Applications
Orthopedics: Restore bone translocation, reset, fixing.
Surgery: Taking foreign bodies out of the body, cardiac catheterization, implantable pacemakers, interventional treatment, angiography, and local photography.
Key Features
  • Continuous pulse fluoroscope for convenient digital subtraction system connection.
  • Mega-pixel digital CCD photography for clearer imaging.
  • Unique image software processing with Standard DICOM interface for hospital information exchange.
  • Low-dose pulse fluoroscope protecting both operator and patient security.
  • Double foot brake controller design for sterile and convenient operation control.
  • Dual monitor design (inside and outside) for real-time observation and outdoor teaching.
  • High-quality combined high-voltage X-ray generator reducing irradiation.
  • KV/MA automatic tracking for optimal brightness and sharpness.
  • Imported stable image intensifier for high-clarity results.
  • Base electric auxiliary support arm design for enhanced safety.
  • Hand-held controller for parameter setting and equipment movement.
Standard Configuration
C-arm mainframe (1 set)
X-ray generator & Power supply (5.0kW, 40 kHz)
Imported 9 inch image intensifier
Mega-pixel digital radiography system
Digital acquisition workstation
Imported dense grain grids
Adjustable beam limiting device
19 inch medical LCD grayscale displays (2 sets)
Hand-held controller (1 set)
Technical Specifications
Category Items Content
Electrical Performance Inverter Power Power: 5.0kW | Frequency: 40 kHz
Automatic Fluoroscopy Voltage: 40kv~120kv | Current: 0.3mA~4mA
Pulse Fluoroscopy Voltage: 40kv~120kv | Current: 4.1mA~30mA
Photography 40KV~120KV | 20mA~100mA
X-ray Tube Tube Properties Focus: 0.3 | Thermal capacity: 650kJ (867kHu)
Imaging System Image Intensifier Imported 9 inch intensifier
CCD Photography Mega-pixel ultra-low illumination digital
Monitor Two 19 inch medical LCD grayscale displays
Structure Movement Pillar stroke: 400mm | Forward/Backward: 200mm
C-Arm Dimensions Open distance: 800mm | Arc depth: 640mm | Orbit slipping: 120°
Product Details
PLX112B Detail View
Frequently Asked Questions (FAQ)
Q1: What are the primary medical applications for the PLX112B?
The PLX112B is primarily used in orthopedics for bone fixing and resetting, as well as in general surgery for foreign body removal, cardiac catheterization, and interventional treatments.
Q2: How does the pulse fluoroscopy feature benefit surgery?
Pulse fluoroscopy provides high-precision, clearer images at a much lower radiation dose, which significantly enhances safety for both the medical staff and the patient during complex minimally invasive procedures.
Q3: Is the equipment compatible with hospital data systems?
Yes, it features a standard DICOM interface, making it highly convenient to exchange information and images with existing hospital management systems.
Q4: What is the benefit of the dual-monitor design?
The dual monitors allow for synchronized observation inside and outside the operating room, facilitating better teamwork and real-time surgical teaching or consultation.
Q5: What imaging technology is used in the PLX112B?
It utilizes an imported 9-inch image intensifier combined with a mega-pixel ultra-low illumination digital CCD photography system to ensure high-stability and high-clarity images.
Q6: Can the C-arm be easily adjusted during operation?
Yes, it features a unique hand-held controller and an electric auxiliary support arm design, allowing for smooth movement and precise control over radiation fields and parameters.

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