Description of Adjustable Height X-ray Mobile Protective Shield

The adjustable height X-ray mobile protective shield is a high-efficiency radiation protection device designed for medical radiology departments, imaging centers, operating rooms, and industrial non-destructive testing sites. Internally lined with high-density pure lead sheeting or lead-rubber composite material—offering a lead equivalent typically ranging from 0.5mmPb to 2.0mmPb (customizable upon request)—it effectively attenuates scattered radiation. It features a state-of-the-art imported lead-glass window and is constructed from high-quality cold-rolled carbon structural steel or 304 stainless steel; the surface is finished with an electrostatic coating, ensuring corrosion resistance, ease of cleaning, and an aesthetically pleasing appearance. The device is designed to provide flexible, reliable protection against X-ray scatter for medical staff, patients, and operators, effectively minimizing the risk of occupational exposure. Its core advantages lie in its mobility and height adjustability, allowing it to accommodate patients of various sizes (such as adults and children) and diverse clinical scenarios, making it an indispensable safety barrier in modern digital diagnostic imaging systems.

Specification of Adjustable Height X-ray Mobile Protective Shield

Maximum height: 1900mm (height from ground: 80mm)

Minimum height: 1150mm (upper screen width 700mm)

Width: 881mm

Depth: 522mm

Gross weight: 75 kg

Packing Dimension: 120 x 119 x 22cm

Packing Method: Wooden crate

Assembly Required

Scope of Application

Medical Facilities:

Hospital radiology departments, CT rooms, DR rooms, and interventional surgery suites.

Small-scale X-ray application settings, such as dental clinics and veterinary hospitals.

Used during X-ray diagnostics, fluoroscopy, and radiography to protect operators and nearby personnel from scattered radiation.

Other Fields:

Temporary personnel protection during industrial non-destructive testing (flaw detection).

Radiation protection for experiments involving radioactive isotopes or X-rays in scientific research laboratories.

Usage Precautions and Maintenance

Pre-use Check: Ensure caster brakes are released before moving the unit and securely lock them once positioned; inspect the lead glass for cracks or damage.

Proper Positioning: Place the protective screen between the radiation source and personnel; position it as close as possible to the patient to maximize the protected area while ensuring the imaging field remains unobstructed.

Regular Maintenance: Keep surfaces clean by wiping with a neutral detergent; avoid corrosive chemicals. Periodically check the lifting mechanism for smooth operation and inspect casters for wear.

Avoid Impact: Although the lead glass is shatter-resistant, avoid impacts from hard objects; be mindful of surroundings when moving the unit to prevent collisions with walls or other equipment.

Compliant Use: This product serves only as an auxiliary protective measure and cannot replace personal protective equipment (such as lead aprons or thyroid collars) or fixed shielding facilities within the room. Operators must continue to adhere to the ALARA (As Low As Reasonably Achievable) principle for radiation protection.