What are the mechanical characteristics of the multifunctional dynamic flat DR?

 After a hundred years of development, universal inspection has now become a widely used inspection method worldwide. A dynamic flat panel DR with multiple functions such as filming, fluoroscopy, imaging, and whole body stitching can better meet the high standard clinical needs of medical institutions, assist in the capacity building of medical institutions, and provide better services for patients.

The mechanical structure of a dynamic tablet DR directly affects the effectiveness of clinical use, as the performance of the mechanical structure has a decisive impact on the convenience of technician operation, positioning, and the comfort of patients undergoing examinations. The evaluation of the mechanical structure of a bed type dynamic flat DR mainly depends on two indicators: the movement ability of the ball tube and column, and the movement ability of the bed body. From these two factors, there are multiple motion parameters, such as the swing angle of the ball tube, the rotation angle of the bed body, and the range of bed surface motion. These motion parameters, individually or in combination with each other, affect the effectiveness of equipment use.

The PLD7900 series of Perlove is such a multifunctional dynamic flat DR. What are the mechanical characteristics of its structure?
Intelligent bed lifting
The dynamic flat DR photography bed is a carrier that supports patients for various types of examinations. The height of the photography bed directly affects the convenience and comfort of the patient’s examination. Intelligent lifting bed design, the bed surface can achieve up and down, front and back, left and right six way floating, and auxiliary positioning is more convenient; The bed body can be lifted and lowered to reduce the pain of patients when moving the bed and avoid secondary harm to the patient; It is also convenient for the elderly, young, sick, disabled, or those with mobility difficulties to get on and off the bed.
Intelligent bed lifting
Automatic tracking structure

The ball tube and chest X-ray frame are bidirectional and real-time automatic tracking structures, and can also be operated remotely from the compartment to improve examination efficiency and effectively avoid cross infection.
Automatic tracking structure
Independent long guide rail design

The independent long guide rail design allows for a wide range of movement of the ball tube column, meeting the requirements of omnidirectional photography in lying, standing, wheelchair or stretcher positions. The column can easily move to both ends of the bed, achieving a wide range of lifting and lowering of the ball tube, and can easily meet the requirements of low position photography and weight-bearing photography in knee joints, ankle joints, and other positions.

Independent long guide rail design
Low position photography
The ball tube and chest film holder can move longitudinally over a large range, with the center of the ball tube being at least 35cm above the ground, easily meeting the requirements of low position photography such as knee and ankle joints.
Low position photography

Photography from any angle
The ball tube can be positioned at any angle within the same plane, supporting multi angle projection, making it very convenient and efficient for taking photos of special body positions (such as cervical spine position, mouth opening position, skull base chin top position, skull base axis position, etc.), which is widely used in clinical practice.
Ball tube device rotation
The cow head display device can rotate widely and has the function of positioning every 90 degrees. For critically ill patients and patients with limited mobility, it can complete examinations in all directions without the need to move the patient. The user-friendly design brings great convenience to patients.
Ball tube device rotation
Although the mechanical structure is only an indicator in a multifunctional dynamic tablet DR