June is getting hotter, which means that another summer is coming. For children, summer is not only about playing and playing. As the saying goes, spring brings life and summer brings growth. Summer is actually a good time to grow up, which is also a topic that many parents care about. In the summer, there is plenty of sunshine, and we often hear the elderly say that sunbathing can help grow taller. In fact, it is not groundless. Studies have shown that sunbathing can promote the synthesis of vitamin D, increase bone density, and promote bone absorption of calcium ions, so it can help grow taller. To a certain extent, it increases the potential for height increase. However, more importantly, height growth is related to nutrition, exercise, genetics and other factors. How can we know the growth potential of children in advance? Human growth and development can be expressed in two "ages", namely life age (calendar age) and biological age (bone age). Clinically, X-ray examination is used to measure the changes in the time, number, and morphology of the ossification centers of the long bone metaphyseal ends of children of different ages, and they are standardized. The developmental age obtained by comparing the actual development of children's bones with the standardized bone changes is the bone age. Bone age can accurately reflect the growth and development level and maturity of an individual, and is of great significance in the evaluation of children's health, the diagnosis and treatment of growth retardation and endocrine diseases. After the bone age test, it is necessary to evaluate the developmental status in combination with the actual age. If the bone age is abnormal, it is necessary to be alert to certain diseases that affect children's growth and development, such as hypothyroidism and growth hormone deficiency, in which the bone age is significantly delayed, and central precocious puberty and congenital adrenal hyperplasia are in which the bone age is advanced.

With the development of science and technology, the bone age detection method has also kept pace with the times. At present, the methods used for bone age detection in clinical practice include: ultrasound, X-ray, nuclear magnetic resonance, etc. Among them, X-ray bone age shooting combined with artificial intelligence to evaluate bone age has the advantages of high efficiency, high accuracy, and easy to master. 

The dual-energy X-ray bone age densitometer independently developed and designed by Fosun Beiling and certified by the authority has many characteristics such as fashionable intelligence, touch operation, light and convenient, radiation safety, and accurate detection. At the same time, the dual-energy X-ray bone age absorptiometry combines bone age and bone density detection into one, using the gold standard for diagnosing osteoporosis recognized by WHO. Dual-energy X-ray absorptiometry (DXA) is a bone density detection method recognized by the international academic community today. It is a non-invasive in vitro examination method and an important basis for early diagnosis of osteoporosis, prediction of brittle fractures caused by osteoporosis, and evaluation of the efficacy of drugs for treating osteoporosis during follow-up.

One machine with two uses, bone age and bone density.

Bone age and bone density dual index detection, the instrument is cost-effective, reducing hospital procurement costs and increasing medical institution revenue.

Dual-energy workflow, bone density gold standard.

Both high-voltage and flat-panel devices support dual-energy workflow, making bone density detection more accurate, truly realizing the globally recognized "gold standard" for bone density detection.

Fully shielded protection, suitable for all kinds of scenarios.

Ultra-low-dose imaging technology ensures that the radiation dose received by patients is more than 80% lower than that of the currently commonly used DR equipment, while ensuring ultra-clear and delicate images, which facilitates doctors to conduct periodic follow-up or review of treatment effects. Only the child's wrist is photographed to avoid unnecessary radiation to sensitive parts such as children's gonads/thyroid glands, which greatly protects children's health. The full protection design is adopted to prevent X-ray scattering to patients and doctors, and can be used in a variety of scenarios.

Split design, easy to move.

Small and space-saving, with built-in lifting points on the side for easy transportation. It can be placed in the trunk of a vehicle for transportation; the optional cart comes with universal wheels and can be moved freely indoors. The combination of the two can meet the needs of various scenarios.