Skip to content

Automatic self-closing medical radiation shielding lead door

The Automatic Self-Closing Medical Radiation Shielding Lead Door is designed for medical facilities that require controlled access and radiation protection. It combines an automatic door operating system with a lead-lined shielding structure to help reduce the transmission of X-rays through the doorway when properly specified and installed.

SKU: PCFHQM-04 Category:

Description

The Automatic Self-Closing Medical Radiation Shielding Lead Door is designed for medical facilities that require controlled access and radiation protection. It combines an automatic door operating system with a lead-lined shielding structure to help reduce the transmission of X-rays through the doorway when properly specified and installed. The door can be customized according to the room layout, radiation protection requirements, opening dimensions, and access control needs. Its automatic closing function helps ensure that the doorway returns to the closed position after passage, supporting radiation safety procedures in medical imaging and diagnostic environments.

Key Features

  • Radiation shielding: An internal lead sheet helps attenuate X-rays. The required shielding level should be determined by the room’s radiation protection design.
  • Automatic self-closing: A compatible automatic closing mechanism helps return the door to the closed position after use.
  • Durable construction: Galvanized steel or stainless steel panels provide a durable, easy-to-clean exterior suitable for healthcare environments.
  • Custom manufacturing: Door dimensions, finishes, opening configurations, and shielding specifications can be tailored to the project.
  • Optional observation window: Lead glass can be incorporated when visibility is required, with shielding performance matched to the specified protection level.
 

Technical Specifications

Item Description
Product name Automatic Self-Closing Medical Radiation Shielding Lead Door
Product category Medical Door / Radiation Shielding Door
Origin China
Door leaf material Galvanized steel or stainless steel
Shielding material Lead sheet integrated into the door leaf
Core material Aluminum honeycomb or other engineered core, depending on configuration
Door frame Steel or stainless steel, with appropriate radiation shielding
Door dimensions Customized according to the project
Reference size 1000 × 2100 mm, subject to confirmation
Lead equivalence Typically configurable from 1–3 mm Pb; other values available subject to design
Operating system Automatic closing mechanism or powered automatic operator, depending on configuration
Optional accessories Lead-glass vision panel, access control, touchless sensor, radiation warning indicator
Surface finish Powder-coated steel or stainless steel finish
Note: These are proposed product-page specifications, not verified specifications for a particular Pengchi model. Reference dimensions and lead equivalence must be confirmed against the actual product drawing and project requirements. Lead-shielding doors are also available in other configurations and protection levels.  
X-ray Examination Rooms
X-ray Examination Rooms
1. X-ray Examination Rooms Used at entrances to diagnostic radiography rooms to help maintain radiation shielding at the doorway. 2.
CT Scanner Rooms
CT Scanner Rooms
Suitable for CT imaging facilities where the radiation protection plan specifies a shielded door. 3.
Angiography and Fluoroscopy Rooms
Angiography and Fluoroscopy Rooms
Angiography and Fluoroscopy Rooms Helps maintain the shielding barrier in interventional imaging departments. 4.
Dental Imaging and Specialized Clinics
Dental Imaging and Specialized Clinics
Dental Imaging and Specialized Clinics Can be specified for dental X-ray rooms and other diagnostic facilities requiring radiation protection. Important Installation Requirements 1. Confirm lead equivalence: The required mm Pb value depends on the imaging equipment, workload, room layout, and occupancy of adjacent areas. 2. Maintain continuous shielding: The door leaf, frame, vision panel, and wall connections must be coordinated to prevent unshielded gaps. 3. Select suitable hardware: The frame and automatic mechanism must support the actual door weight and ensure reliable closing. 4. Verify on-site performance: Installation and radiation protection testing should follow the applicable local regulations and project specifications.

Reviews

There are no reviews yet.

Be the first to review “Automatic self-closing medical radiation shielding lead door”

Your email address will not be published. Required fields are marked *