Mobile Electric Lifting DR X-ray System

2. Structure and Material

The whole equipment adopts thickened steel plate for the main frame, featuring solid structure, stable load-bearing and anti-shake performance during operation. Equipped with widened four-legged base and reinforced top platform, the trolley offers excellent bearing capacity for installing X-ray source and DR detector. Each unit is fitted with 360° silent universal casters with brake locking function, ensuring flexible and smooth movement as well as stable fixed positioning during shooting. Built-in wireless communication antennas enable stable wireless signal connection between the X-ray emission unit and the flat-panel detector, supporting wireless data transmission without complicated wiring.

3. Core Parameters

This system adopts wireless remote control electric lifting design with a maximum remote control distance of 30 meters. The height adjustment range is from 600mm to 1500mm, suitable for patients of different heights. Driven by DC gear motor with stable and low-noise operation, the system works at 220V voltage with a total rated power of 40W for two trolleys. The platform size is 320×130mm (customizable), and the single trolley load capacity reaches 6kg. The total net weight of two units is 23kg, gross weight is 34kg, and the packaging dimension is 760*690*335mm, featuring compact size and easy transportation and on-site deployment.

4. Product Features

Electric Remote Lifting: Adopts high-performance DC gear motor for stable and quiet lifting. The wireless remote control supports independent height adjustment of the emission unit and detector unit, as well as one-key synchronous lifting, enabling effortless and convenient height adjustment without close-range operation.

Split Independent Movement: The two trolleys operate independently and can be moved and spaced freely according to shooting requirements, breaking the limitation of fixed shooting positions and adapting to various on-site environments.

Wireless Digital Imaging: Built-in wireless antenna realizes stable signal interaction between the X-ray source and flat-panel detector. The system quickly converts X-ray signals into high-definition digital X-ray images, greatly improving diagnostic efficiency.

Flexible & Stable Positioning: 360° silent casters ensure flexible and mute movement indoors; the brake locking structure firmly fixes the trolley during shooting, effectively avoiding equipment shaking and ensuring clear imaging quality.

5. Application Scenarios

This mobile DR X-ray system is specially designed for scenarios without fixed radiology rooms. It is widely applicable to primary medical institutions, outpatient physical examination, mobile medical screening, rural tour physical examination, ward bedside shooting, temporary medical rescue and field medical services. It can quickly build a temporary radiography workstation, perfectly satisfying mobile and on-site X-ray inspection needs.

6. Core Advantages

Low Site Requirement and Flexible Deployment: No dedicated radiology room or complex renovation is required. The equipment can be put into use immediately after moving, saving site construction cost and realizing rapid on-site deployment.

User-Friendly Operation: Long-distance wireless remote control simplifies height adjustment operation and reduces working intensity for medical staff. Wireless connection design eliminates tedious wiring and simplifies equipment debugging and daily maintenance.

Stable and Safe Performance: Thickened steel structure and reinforced base ensure strong stability and load-bearing capacity. The low-noise and smooth lifting operation effectively avoid equipment vibration, guaranteeing high-quality and clear imaging results.

Portable and Easy Transportation: Compact overall size and reasonable weight design support separate handling and convenient transportation, adapting to mobile physical examination and door-to-door medical services.

Efficient Digital Imaging: Adopts full digital imaging technology to replace traditional film shooting and development processes, realizing instant imaging, improving inspection efficiency and facilitating image storage, viewing and transmission.