Perlove High Frequency Mobile Digital Radiography System PLX5300A #

High-Power Mobile DR with Integrated Wireless Detector & Advanced Electric Motion
The PLX5300A is a high-power high-frequency mobile digital radiography system featuring an integrated wireless flat panel detector and advanced electric mechanical motion — designed for demanding bedside and point-of-care imaging with superior positioning flexibility.

Standard Household Power Supply

• Voltage: 220V

• Frequency: 50Hz

Plug directly into standard wall outlets — no special electrical installation required.

High-Frequency Generator for Superior Performance
Powered by a 50kW high-frequency generator with a 260kHz inverter frequency, the system delivers exceptional X-ray output, ultra-short exposure times, and optimized patient dose for demanding bedside examinations.

Extended Exposure Parameters

• Tube Voltage: 40–150kV

• Tube Current: 10–500mA

• mAs Range: 1–630mAs

Supports a wide range of portable radiographic applications, from chest and abdomen to orthopedic and bariatric imaging.

High-Capacity X-Ray Tube

• Focus size: 0.6/1.2mm

• Anode heat capacity: 111KJ

• Tube heat capacity: 900KJ

• Anode speed: 2800rpm

Enhanced thermal capacity for sustained performance in busy clinical environments.

Integrated Wireless Flat Panel Detector

• Detector size: 430mm × 430mm (17"x17")

• Pixel matrix: 3072 × 3072

• Pixel pitch: 139μm

• Spatial resolution: 3.3 lp/mm

• Gray scale: 16-bit

• DQE: 0.6

• Imaging time: ≤15 seconds

Large-format wireless detector for comprehensive bedside imaging coverage.

Electric Mechanical Operation – Enhanced Convenience

• SID (focus to column): 75cm – 125cm

• SID (focus to ground): 85cm – 191cm

• Mechanical motion: Electric (auto)

• Ball tube rotation around its own axis: -5°/+40°

Electric positioning reduces operator effort and speeds up bedside workflow.

User-Friendly Control Interface

• Control panel: 19" embedded LCD touchscreen (reference from PLX5200A)

Large, intuitive touchscreen interface for easy operation at the point of care.