Shandong Wuzhou Medical Equipment Co., Ltd. was established, as a large-scale standardized medical equipment company invested by Tianjin Maidike Medical Equipment Co., Ltd.

The company established a corporate technology center and became a sterile medical device company with 15 products.

The company was recognized as a high-tech enterprise in Heze City by the Heze City Science and Technology Bureau.

Heze Municipal Economic and Information Technology Commission recognized it as an enterprise technology center. The research and development results of the enterprise technology center have applied for three national utility model patents, namely a single-use sterile self-destructive syringe with needle, a single-use sterile self-destructive syringe with needle, and a safe self-destructive syringe.

The company was recognized as a "one enterprise, one technology" enterprise in Shandong Province by the Provincial Small and Medium Enterprises Bureau. In the same year, it invested 16 million to build Shandong Kerui Medical Supplies Co., Ltd. on Zhanqian Road, Dingtao.

The company invested 4.5 million in technological transformation and built five automatic long-tube assembly machines for infusion sets. While reducing labor, it greatly improved output and product quality, taking a big step toward intelligent technology.

The company invested 5 million in the construction and establishment of Shandong Changjun Medical Supplies Co., Ltd. in Maji Town, solving the employment problem of nearly 200 left-behind women in Maji Town.

The company continues to innovate, increase scientific research efforts and has been awarded as a high-tech enterprise in Shandong Province.

The company invested 3 million yuan to renovate a 6,400-square-meter purification workshop and built a quality inspection center to meet the production conditions of sterile medical devices and product quality inspection technical requirements.

The company has successively obtained 2 YY/T0287-2017, IS013485: 2016 internal auditor certificates, and 2 medical device sterility inspection (chemistry) inspector certificates from the 2020 version of "Chinese Pharmacopoeia"

The company has become a specialized and special new enterprise in Heze City.

The company already has 5 invention patents and 19 utility model patents. In the future development path, the company always adheres to innovation as its source of motivation, continuously invests in introducing advanced research and development equipment, updates ideas, and relies on outstanding talents, complete information, modern science and technology, and other advantages to continuously increase the research and development of new products. , to achieve the company’s sustainable operations and brand development.

In the vast universe of medical technology, urinary catheters may not be as dazzling as some cutting-edge therapies, but they are an indispensable "invisible guardian" in many medical scenarios. From daily care to recovery after complex surgery, urinary catheters, with their simple and efficient design, silently protect the health of patients' urinary system and have become an indispensable part of modern medicine. Urinary catheters have a long history, and their basic principles can be traced back to ancient times, when people used various natural materials such as bamboo tubes and animal horns to drain urine. With the advancement of medicine and materials science, modern urinary catheters have evolved into materials such as medical-grade plastics, silicone or polyurethane, which are not only biocompatible and reduce the risk of infection, but also have higher flexibility and durability, can better adapt to the human anatomy and reduce patient discomfort. The design of urinary catheters is full of a deep understanding of ergonomics and physiological mechanisms. From the diameter and length of the catheter to the shape of the tip, every parameter has been carefully calculated to minimize the trauma during insertion while ensuring smooth discharge of urine. Some high-end catheters use hydrophilic coating technology, which makes the catheter smoother when in contact with a wet environment, reducing friction and pain during insertion. Some catheters are also equipped with anti-reflux valves to effectively prevent urine from flowing back, further reducing the risk of urinary tract infection. Urinary catheters are widely used, from short-term postoperative drainage to long-term management of urinary incontinence or chronic urinary retention. It is an important treatment method. In surgical procedures, especially for patients with urological surgery, orthopedic surgery or long-term bed rest, urinary catheters can effectively avoid urine retention and prevent postoperative complications. For patients with urinary incontinence caused by spinal cord injury, stroke or Alzheimer's disease, intermittent or long-term indwelling urinary catheters provide a huge improvement in quality of life. Although urinary catheters bring many conveniences, the risk of infection that comes with them cannot be ignored. Urinary tract infection is one of the most common complications of indwelling urinary catheters, and in severe cases it may even lead to sepsis. Therefore, how to effectively prevent infection has become a focus of continuous attention in the medical community. This includes the use of antibiotic-coated catheters, regular urine culture monitoring, strict implementation of aseptic operation specifications, and early evaluation and timely removal of catheters. With the rapid development of technology, urinary catheters are moving towards intelligence and personalization. Smart catheters can monitor changes in urine composition, flow, and the patient's internal environment, provide doctors with instant feedback, and help detect potential health problems early. Personalized design means customizing catheters according to the specific needs of patients, such as using 3D printing technology to make catheters that are more in line with individual anatomical structures, further improving the comfort and effectiveness of use.