3 Reasons for Choosing the Jianda Universal Surgical Pack
As a standardized sterile consumable set for clinical surgery, the Simplified Universal Surgical Pack has become the preferred choice for medical institutions at all levels due to its pre-assembled integration, full-process sterile assurance, and flexible adaptability. From the three dimensions of clinical compliance, operational efficiency, and protection reliability, its core advantages constitute the key logic for medical institutions to make their selection. The following is an analysis combined with the product's technical characteristics and clinical application needs.
1. Standardized Sterile System:
Fortifying the Bottom Line of Clinical Infection Control
The product strictly complies with the ISO
13485 medical device quality management system standard and the GB 15980
sterile medical supplies standard. It adopts an ethylene oxide sterilization
process throughout the entire process, achieving a sterility assurance level
(SAL) of 10⁻⁶, which fully meets the sterile
requirements for surgical consumables specified in the "Measures for the
Administration of Hospital Infections". The packaging is made of high-seal
composite film material, equipped with tear lines and sterile indicator labels
for intuitive judgment of sterilization effectiveness. Before use, only the
integrity of the packaging needs to be verified, with no additional
sterilization required, avoiding the risk of secondary contamination from the
source. All components have undergone biocompatibility testing, with no
cytotoxicity, sensitization, or irritation, and comply with the EN ISO 10993
biosafety standard, providing dual protection for both medical staff and
patients.
2. Modular Configuration Design:
Adapting to Diverse Clinical Scenario Needs
Adopting a modular structure of "basic
core + scenario-specific options", it achieves a balance between
versatility and personalization. The basic configuration includes core
protective items such as surgical gowns, sterile surgical drapes, surgical
caps, and medical surgical masks, meeting the basic sterile requirements of
various surgeries. The optional configuration covers extended components such
as sterile gloves, shoe covers, examination pads, and equipment covers, which
can be flexibly combined according to the type of surgery (general surgery,
orthopedics, obstetrics and gynecology, etc.) and operational scenarios
(operating rooms, ambulatory surgery centers, clinics). The component
specifications have been optimized for clinical adaptation: for example,
surgical gowns are made of SMS composite fabric, featuring both breathability
and impermeability; surgical drapes are reserved with operational openings to
fit surgical posture needs; gloves comply with EN 455 standards, offering a
snug, non-slip fit and high fingertip sensitivity, ensuring operational
convenience and effective protection.
3. Process Optimization and Cost
Control: Enhancing Clinical Operational Efficiency
The pre-assembled integration design
greatly simplifies the preoperative preparation process. It eliminates the need
for medical staff to sort and verify consumables one by one, reducing the
surgical preparation time by more than 30% and facilitating the standardization
of clinical processes. The disposable design saves the cleaning, disinfection,
sterilization, and storage costs of traditional reusable consumables, while
avoiding the risk of cross-infection during reuse and reducing the cost of
hospital infection control. The independent packaging design (1 set/package)
facilitates storage, retrieval, and inventory management. It supports
customized component combinations according to the needs of medical
institutions, reducing consumable waste. Through large-scale production and
supply chain optimization, the product achieves cost control while ensuring
medical-grade quality, meeting the lean operation needs of medical
institutions.
With the core advantages of sterile
standardization, modular configuration, and user-friendly operation, the
Simplified Universal Surgical Pack not only meets the strict requirements of
clinical infection control but also adapts to the operational needs of diverse
surgical scenarios. It simultaneously optimizes the efficiency of medical
resource allocation, serving as an important support for the standardized and
efficient conduct of diagnostic and therapeutic work in modern clinical
surgery. Its selection logic is essentially a comprehensive optimal solution
balancing medical safety, clinical adaptability, and operational economy.
