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Breakthroughs in subcutaneous injection drug delivery technology are rapidly being implemented, reshaping the landscape of disease treatment across multiple fields.

Recently, several innovative therapies that rely on subcutaneous injection have achieved consecutive clinical breakthroughs or received regulatory approval, covering a range of major disease areas including diabetes, hemophilia, and lung cancer. These breakthroughs not only enhance the efficacy and safety of treatment regimens but also significantly improve patient adherence by simplifying the administration process and reducing the frequency of injections, thereby driving profound changes in the treatment paradigms for these diseases.

What is the working principle of the liquid-based thin-layer cytology system?

The core working principle of the liquid-based thin-layer cytology system is to prepare high-quality cell smears through three steps: “sample processing—centrifugal separation—thin-layer smear preparation.”

Innovative flocking technology enables precise screening, while single-use cervical sampling swabs fortify the first line of defense in cervical cancer prevention and control.

Cervical cancer is one of the major threats to women's health worldwide. As the first critical step in cervical cancer screening, precise sample collection directly determines the reliability of subsequent test results. In recent years, single-use cervical sampling swabs—centered on flocking technology—have undergone continuous iterative upgrades. Thanks to their advantages such as high cell recovery rates and standardized operation procedures, these swabs have effectively addressed the shortcomings of traditional sampling tools. This has provided crucial technical support for China’s remarkable achievement of raising cervical cancer prevention and screening coverage to 86.3%, making these swabs a core consumable for grassroots screening and large-scale population-based prevention efforts.

Precisely tailored for special populations: The upgraded single-use peripheral blood collection tube technology safeguards blood-collection safety.

As the core method for collecting capillary blood, peripheral blood sampling is widely used in critical medical settings such as newborn disease screening, chronic disease monitoring, and auxiliary diagnosis of infectious diseases. The safety and accuracy of the sampling tools directly affect the reliability of test results and the patient’s medical experience.

Exhibition Preview of the 75th China International Medical Equipment Fair (CMEF Spring)

Exhibition Preview for the 75th China International Medical Equipment Fair (CMEF Spring)

Dual-end protection + ultra-thin needle tip for a revolutionary experience—disposable insulin pen needles provide a robust safety barrier for diabetes treatment.

Insulin injection is a core component of daily blood glucose management for people with diabetes, and the safety, comfort, and convenience of injection devices directly affect treatment adherence. As the global number of diabetes patients surpasses 530 million, disposable insulin pen needles have become the mainstream injection consumable. Thanks to continuous technological innovation, these needles have addressed longstanding challenges—particularly in preventing needlestick injuries and alleviating injection pain—and achieved critical breakthroughs. This provides greater reliability and peace of mind for diabetes patients, especially the elderly population, enabling them to manage their condition more effectively at home and driving diabetes care toward safer, more patient-centered approaches.