In collaboration with iMedtac Co., Ltd., Chi Mei has implemented a platform to manage operating room schedules. This platform confirms patient information, the type of surgery, necessary equipment preparation, and surgery duration, and even allows for flexible adjustment of healthcare logistics, such as staffing needs. In the past, issues like overtime for surgical staff, delayed use of operating rooms, and emergency surgeries relied on paper-based rescheduling. With this platform, healthcare personnel can easily access information about their assigned operating room for the day, assess whether staffing is enough by midday, reduce on-call shifts, and lower the turnover rate of operating room nurses.

Assessing the risk of adverse complications during surgery anesthesia is a crucial preoperative step. Accurately measuring this risk beforehand can reduce the probability of postoperative complications, identify high-risk groups, and subsequently adjust the surgery anesthesia plan. However, predicting the probability of postoperative complications in surgery anesthesia requires consideration of a large amount of clinical information.

Chi Mei utilises a personalized anesthesia risk prediction dashboard with an overall accuracy rate of approximately 0.8 or higher. Currently, they have developed assessments for three types of surgeries, including hip, abdominal, and thoracic surgeries. By inputting parameters such as age, weight, diseases, and tumours, the system uses big data averages to provide patients with six risk readings for reference. These include factors like the likelihood of requiring intraoperative blood transfusion, extended hospital stay, and surgical mortality.

In addition to visualised presentation, this approach facilitates communication between doctors and patients. It encourages patients to actively control relevant risk factors, thereby reducing the overall surgical risk.

Intensive care units often employ various monitoring devices connected to catheters as medical aids in diagnosis and treatment. The accuracy of catheter calibration can impact the measurement values and medical decisions. This innovative instrument uses a laser light source for precise horizontal calibration, and the electrically powered track facilitates vertical movement of the fixed base during calibration.

When used by healthcare professionals, this instrument achieves convenience, precision in measurement, and reduces the manual strain on nurses during operation. It eliminates visual errors amongst operators and effectively enhances the accuracy of measurement values. This is advantageous for nationwide clinical promotion and adoption.

In clinical settings, aside from common pressure injuries on the body, there are medical device-related pressure injuries (MDRPI), including those caused by various drainage tubes, medical injection valves, oxygen therapy masks, and more. Chi Mei has invented corresponding pressure relief devices. These devices combine low-rebound foam, skin-friendly breathable membranes, and other related materials to design various pressure relief devices. They fit for purposes such as pressure relief, fixation, reduction of shear force, waterproofing, and breathability. Simultaneously, they prioritise comfort, aesthetics, durability, and ease of operation. After successful clinical trials, these devices are now officially in mass production and available for sale.

The upgraded smart medicine cabinet, developed in collaboration with China Chemical & Pharmaceutical Co., Ltd, not only performs functions like accurate medication retrieval, quantity check, and drug inventory control but also features a refrigerated section. This allows for the transportation of medications or injections that require low-temperature storage.

Moxibustion is a commonly used therapy in Chinese medicine, but traditional moxibustion practices are prone to causing burns or even fires. The Intelligent Moxibustion Box introduces six major innovations, including temperature monitoring, a magnetic adsorption lid, and a heat dissipation window, ensuring the safety of the moxibustion process.

The Virtual Consultation Room involves the synchronous use of virtual reality devices by both doctors and patients. It integrates the hospital's imaging and medical exam report databases, allowing healthcare providers and patients to digitally discuss medical conditions in the same virtual space and at the same time.