Recently, 18 ultrasound bone density meters from Pinyuan Medical were officially dispatched to the Philippines. The health and medical equipment exported this time will provide professional bone density testing solutions for the Philippine medical market and also marks an important breakthrough in Pinyuan Medical’s strategy to expand into the Southeast Asian market.
To ensure that the quality of the equipment meets international standards, Pinyuan Medical strictly controls every link from raw material procurement to assembly and commissioning. Technicians repeatedly calibrate the instrument parameters to ensure the accuracy of the detection data. The quality inspection team conducts multiple rounds of spot checks, leaving no minor flaws unchecked. It is precisely this persistent pursuit of quality that has enabled the Pinyuan portable ultrasonic bone density meter to stand out among numerous competing products and win the favor of customers in the Philippines.
This portable ultrasonic bone density meter features a compact size, easy operation and rapid detection. During the detection process, simply attach the probe to the tibia or radius of the human body. Within seconds, accurate bone density data can be obtained. With its high sensitivity and no radiation exposure, it is safe and suitable for repeated screening, helping to detect signs of bone mass loss at an early stage and significantly improving diagnostic efficiency. For the Philippines, where medical resources are relatively scattered, this convenient detection device can be quickly popularized in primary medical institutions, helping more patients to detect and prevent bone diseases such as osteoporosis in a timely manner.
In recent years, the aging trend of the population in the Philippines has become increasingly prominent, and as a result, the number of osteoporosis patients has been rising year by year. The portable ultrasonic bone density meter of Pinyuan, with its convenient operation and precise detection performance, not only breaks through many limitations of traditional detection methods, but also enables screening work to be carried out more efficiently and widely.
Post time: May-28-2025