La Fenice Type 2.0 insulin pump is primarily designed for treating diabetes. This device employs artificial intelligence-controlled insulin delivery, administering insulin continuously through subcutaneous infusion. This method mimics the physiological secretion of insulin, offering an intensified treatment approach to control high blood sugar levels. Resembling the size and shape of an MP3 player, the pump can be worn on the waist. Using a small needle placed under the skin, it delivers insulin in different ways, including basal rates and pre-meal doses, continuously over 24 hours. The pump simulates the insulin secretion curve of normal human islet, and the control effect of glycemia is smoother than multiple daily injection with insulin pen or syringe. Based on the previous generation, the 2.0 model has added Bluetooth connection and alternative control functions, making it convenient for users to check and set the insulin pump on the large screen of their phones. In the future, it will be part of artificial pancreas with a continuous glucose monitor system and closed-loop control algorithm.

The AutoEx® Chemotherapy Pump is clinically used for the continuous or intermittent infusion of drugs during chemotherapy in cancer patients. It consists of a driving device and disposable pump infusion device. The driving device primarily comprises a main control system, motor movement system, power supply system, detection system, human-computer interaction system, and alarm system. Equipped with a dual-CPU control system and dual power supply, the driving device ensures high-precision drug administration control, enhancing patient comfort in a safe and reliable manner.

The disposable of pump includes two liquid storage bags. This innovative design allows for automatic flushing or sealing through various implanted central venous catheters. After the completion of chemotherapy drug infusion from liquid storage bag 1, the device can intelligently switch according to the set program, reducing the need for manual flushing or sealing by healthcare professionals. This feature helps conserve nursing resources in medical institutions.

The Analgesic pump is a commonly used micro-infusion device in clinical anesthesia, controlled by a computer, and employed for perioperative pain relief. It provides significant assistance in postoperative pain management and other medical applications. Compared to traditional single-dose pain relief methods, the electronic Analgesic pump allows for precise and personalized patient-controlled analgesia. It uses smaller medication doses, offers better pain relief, and has higher safety levels. Additionally, it can help reduce the development of resistance and addictive side effects associated with potent opioid drugs like fentanyl and morphine. The pump is equipped with various safety warning mechanisms to effectively prevent and detect infusion malfunctions, including blockages.

The Analgesic pump comprises three parts: the driving device, patient-controlled fluid delivery device, and disposable pump infusion device. The driving device consists of a main control system, motor movement system, power supply system, detection system, human-computer interaction system, and alarm system. It features an intelligent operating interface that is user-friendly and integrates multiple sensors with real-time monitoring capabilities, enabling timely detection of anomalies and issuing alarms. The patient-controlled fluid delivery device includes an internal control fluid module and an externally connected patient-control handle. The disposable pump infusion device consists of a liquid storage bag, a rigid protective shell, and connecting tubing.