Anesthesia Puncture Procedure Pack is an integrated medical consumable set designed specifically for regional anesthesia, including epidural, intraspinal, nerve block, and combined spinal-epidural (CSE) anesthesia. It strictly complies with ISO 10993 biocompatibility standards and the American Society of Anesthesiologists (ASA) practice guidelines. Through standardized component configuration and precision engineering, it not only streamlines anesthesia workflows but also reduces puncture-related complications and cross-infection risks, serving as a core tool in modern clinical anesthesia.
Core Configuration and Academic Design
Highlights
The set adopts a modular "basic core +
scenario-specific optional" design, balancing versatility and personalized
needs:
Clinical Applications and Compliance
As a standardized consumable set for
regional anesthesia, it is primarily applicable to four core clinical
scenarios: epidural anesthesia (for cesarean sections and abdominal surgeries),
intraspinal anesthesia (for lower limb surgeries), nerve block anesthesia (for
surgeries in peripheral nerve-innervated areas), and combined spinal-epidural
(CSE) anesthesia (for major orthopedic surgeries). Its component design fully
aligns with the sterile requirements and process specifications for puncture
operations outlined in the Guidelines for Clinical Anesthesiology.
Specifications and Quality Control
Mainstream models include AS-E/S, AS-E,
AS-S, and AS-N, with a standard packaging of 40 sets per carton. Customized
component combinations are available to meet the specific needs of medical
institutions. The product is sterilized by ethylene oxide, achieving a
sterility assurance level (SAL) of 10⁻⁶. Both puncture
needles and catheters undergo biocompatibility testing, ensuring no
cytotoxicity or sensitization, and comply with GB 15980 and CE 0120 medical
device certification requirements.
As a "safe closed-loop carrier"
for anesthesia operations, the puncture pack provides dual guarantees for the
accuracy and safety of anesthesia puncture through the biosecurity of
materials, clinical adaptability of design, and standardized quality control,
acting as an important support for standardized clinical anesthesia practices. If
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