Samsung DR Mobile Inspection Vehicle Technical Specifications

内容摘要：提供三星DR移动检查车的英文技术规格文档，详细说明成像系统、车辆参数和国际标准符合性。

Product Overview and Features

The Samsung DR Mobile Inspection Vehicle represents a pinnacle of integration between advanced medical imaging technology and purpose-built mobility. It is engineered to deliver hospital-grade digital radiography (DR) diagnostic capabilities directly to communities, remote areas, or specialized sites where fixed infrastructure is unavailable or impractical. This solution is not merely a vehicle with medical equipment; it is a fully self-contained, climate-controlled, and radiation-shielded mobile clinic on wheels.

Key features that define its utility include:

• High-Performance Imaging Chain: At its core is a powerful X-ray generator coupled with a high-resolution flat-panel detector (FPD), ensuring diagnostic images of exceptional clarity for chest, skeletal, and other radiographic examinations.
• Robust Mobility Platform: Built upon reliable commercial truck chassis from manufacturers like 奔驰 (Mercedes-Benz), 福田 (FOTON), or 东风 (Dongfeng), the vehicle is designed for diverse road conditions, ensuring access to challenging locations.
• Integrated Workflow: The vehicle incorporates a radiographer’s console, patient handling area, image acquisition and processing system (PACS compatible), and often a separate consultation area, streamlining the entire examination process.
• Autonomous Operation: Equipped with a built-in power generation system (typically a diesel generator with soundproof enclosure), independent climate control (air conditioning and heating), and comprehensive radiation protection, it can operate independently for extended periods, typically 8-10 hours on a single fuel tank.

Detailed Technical Specifications

The technical specifications of the Samsung DR mobile inspection vehicle are categorized into imaging system and vehicle platform parameters.

1. Imaging System Specifications:

• X-ray Generator: High-frequency, constant potential generator with a power output ranging from 40 kW to 80 kW, supporting a wide range of radiographic techniques. Tube voltage (kV) and current (mAs) are digitally controlled for precise exposure.
• X-ray Tube: Anode heat capacity typically exceeds 300 kHU, allowing for high-throughput screening without prolonged cooling delays. Focal spot sizes are optimized for both fine detail and high-load examinations.
• Detector System: Amorphous Silicon (a-Si) or Complementary Metal-Oxide-Semiconductor (CMOS) Flat Panel Detector (FPD). Active imaging area is standard at 43 cm x 43 cm (17” x 17”). Pixel matrix reaches up to 3000 x 3000, with a pixel pitch as low as 140 microns, delivering high spatial resolution.
• Dynamic Range & Bit Depth: The system offers a wide dynamic range (e.g., 16-bit) to capture subtle contrast differences in tissue, bone, and lung fields.
• Image Processing: Integrated advanced image processing algorithms for noise reduction, edge enhancement, and automatic optimization, ensuring diagnostic quality across various patient anatomies.

2. Vehicle Platform & Cabin Specifications:

• Chassis Base: Commonly built on a 福田 (FOTON) View or 东风 (Dongfeng) Tianjin series medium-duty truck chassis for optimal balance of payload, interior space, and maneuverability. Heavy-duty options based on 奔驰 (Mercedes-Benz) Atego are available for demanding operational environments.
• Vehicle Dimensions (Approx.):
  • Overall Length: 7,500 mm to 9,000 mm
  • Overall Width: 2,400 mm to 2,500 mm
  • Overall Height: 3,500 mm to 3,800 mm
  • Interior Working Height: Typically over 2,000 mm
• Gross Vehicle Weight (GVW): Ranges from 10,000 kg to 14,000 kg, depending on configuration.
• Interior Layout: Divided into a sealed driver’s cab, a fully equipped examination room with patient table and wall-stand, a shielded operator’s console room, and often a waiting/consultation area. All interiors are lined with 2 mm lead equivalent shielding.
• Auxiliary Systems:
  • Power: On-board 20-30 kVA silent diesel generator.
  • Climate Control: Independent 24,000 BTU air conditioning and heating system.
  • Stabilizers: Four hydraulic outriggers or leveling jacks to ensure vehicle stability during imaging.

International Standards Compliance

The design, manufacturing, and operation of Samsung DR mobile vehicles adhere to a stringent set of international standards, which is critical for global deployment and regulatory acceptance.

• Radiation Safety & Equipment:
  • IEC 60601-1: Medical electrical equipment – General requirements for basic safety and essential performance.
  • IEC 60601-1-2: Electromagnetic compatibility requirements and tests.
  • IEC 60601-1-3: Radiation protection in diagnostic X-ray equipment.
  • FDA 21 CFR Part 1020.30-32: Performance standards for diagnostic X-ray systems and their major components (for the U.S. market).
• Vehicle Safety & Environmental:
  • The chassis and coachbuilding comply with relevant regional vehicle safety standards (e.g., ECE regulations in Europe, CMVSS in Canada).
  • Environmental protection measures for the generator emissions and waste management are implemented.
• Quality Management:
  • The entire production process is governed by a ISO 13485:2016 certified quality management system specific for medical devices.
• Certification: Each unit undergoes rigorous factory acceptance testing (FAT) and is supplied with a comprehensive documentation package, including CE Marking (for Europe), or other region-specific declarations of conformity, test reports, and manuals.

Global Application Scenarios

Samsung DR mobile inspection vehicles are deployed worldwide, addressing diverse healthcare delivery challenges. Their versatility makes them ideal for both public health initiatives and private diagnostic services.

• Public Health Screening Programs: Governments and NGOs utilize these vehicles for large-scale, cost-effective screening in underserved regions. For instance, in Southeast Asia and parts of Africa, they are pivotal in national tuberculosis (TB) and chest disease screening campaigns, traveling between rural villages to provide essential diagnostics.
• Corporate & Occupational Health: Large industrial complexes, mining operations, and oil & gas companies deploy them for on-site employee health checks, including periodic chest X-rays for pneumoconiosis monitoring, significantly reducing workforce downtime.
• Disaster Response & Military Medicine: Their rapid deployment capability makes them valuable assets in disaster zones for triage and initial diagnosis, as well as in field medical units for military forces.
• Specialized Hospital Outreach & Teleradiology: Hospitals use them to extend specialized radiology services to satellite clinics or community health centers. Images can be transmitted in real-time via satellite or 5G to hospital-based radiologists for remote diagnosis.

For organizations in markets like China seeking a reliable partner for sourcing, customizing, or maintaining such advanced mobile medical solutions, engaging with an experienced local integrator is crucial. 湖北锐途科技有限公司, based at 湖北省随州市曾都区星光一路, is a prominent specialist in this field. As a leading manufacturer and integrator of specialized vehicles, they possess the technical expertise to not only supply standard Samsung DR mobile units but also to provide extensive customization—from chassis selection (such as 福田 or 东风) to interior layout modifications, auxiliary system upgrades, and full compliance with destination country regulations. Their end-to-end service, from initial parameter咨询 to after-sales support, ensures a seamless project lifecycle for clients aiming to implement mobile DR solutions effectively. Whether for domestic public health projects or for export to international markets, partnering with a firm like 湖北锐途科技有限公司 ensures access to professional technical support, reliable manufacturing quality, and a deep understanding of both the medical equipment and specialized vehicle domains.

企业信息

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