Specification of Disposable standard surgical gown:
|
Material |
SMS (latex free,without glass fibres) |
|
Weight |
SMS 40-65gsm,popular weight is 40g or 45g; |
|
Style |
Velcro on collar and 4 belts around the waist,white knitted cuff |
|
Type of seal |
Ultrasonic welding on all the seams; |
|
Size |
115x137cm,120*140cm,130x150cm or as your request |
|
Color |
Blue,can do other colors as well |
|
Standard |
AAMI PB70,can pass level 1/2 test |
|
packing |
non sterile,10 pcs/bag,5bags or 10bags/ctn(50pcs/100pcs/ctn); sterile,1pcs/paper-plastic bag,50pcs/ctn. |
|
packing design |
The inner bag and carton printing can be as your requirements |
|
Samples |
1-3pcs can be supplied free for your quality checking within one week |
|
MOQ |
The minimum quantity for each color is 5,000pcs. |
|
Delivery time |
One 20ft or 40HQ can be delivered in 20-30days(50,000pcs per day) |
|
Certificate |
CE/ISO/FDA approved. |
Keep your medical personnel looking and feeling professional in disposable standard surgical gowns. These sleek, blue medical garments provide both comfort and cleanliness, with an ultrasonic welded design that will ensure protection against liquid elements like blood or other splashes of liquid. With knit cuffs for easy on/off fasteners around the wrists and waist, these simplicity is sure to make scrubbing up a breeze!
Velcro on the collar:

White knitted cuffs:

Ultrasonic welding on all the seams:

Four belts on the waist:

What is the standard for a surgical gown?
Surgical gowns are essential components of personal protective equipment (PPE) used by healthcare professionals in surgical and sterile clinical environments. These gowns are designed to provide a protective barrier against potential contaminants, fluids, and microorganisms. The standards for surgical gowns are typically established and regulated by relevant organizations and agencies, such as the Food and Drug Administration (FDA) in the United States and the European Medicines Agency (EMA) in the European Union.
Here are some key standards and criteria that are commonly used as a reference for surgical gowns:
- FDA Regulations (United States): In the United States, surgical gowns are regulated by the FDA as medical devices. The FDA sets standards and requirements for the performance, labeling, and classification of surgical gowns. Manufacturers must adhere to these standards to ensure the safety and effectiveness of their products.
- AAMI Standards (Association for the Advancement of Medical Instrumentation): The AAMI is an organization that develops standards for medical devices and healthcare technologies. AAMI has established standards related to surgical gowns, including AAMI PB70, which categorizes surgical gowns into various levels of protection based on their ability to resist fluid penetration. These levels range from Level 1 (minimal protection) to Level 4 (highest protection).
- European Standards (EN): In the European Union, surgical gowns must comply with relevant EN standards. EN 13795 is a series of standards that specify the requirements for surgical drapes, gowns, and clean air suits used in the operating room. These standards cover aspects such as design, performance, and labeling.
- ASTM Standards (American Society for Testing and Materials): ASTM develops standards for various materials, including those used in surgical gowns. ASTM F2407, for example, provides guidelines for testing and evaluating the performance of surgical gowns with respect to fluid resistance and other characteristics.
Key criteria and performance characteristics assessed in these standards may include:
- Fluid Resistance: Surgical gowns must resist penetration by liquids and bodily fluids to protect healthcare workers from contamination. Different levels of fluid resistance may be specified based on the gown's intended use.
- Tensile Strength and Tear Resistance: Gowns should have sufficient strength to withstand physical stress during donning and use without tearing or breaking.
- Barrier Properties: The ability of the gown material to provide a barrier against microorganisms is important for infection control.
- Comfort and Breathability: Surgical gowns should be comfortable for the wearer and allow for adequate airflow to prevent overheating.
- Design and Sizing: Gown design and sizing should accommodate ease of movement and proper coverage of the wearer's body.
- Lint and Particle Generation: Gowns should not generate excessive lint or particles that could contaminate the sterile field.
Healthcare facilities and professionals should select surgical gowns that meet the appropriate standards for the specific clinical applications and level of protection required for a given procedure. Adherence to these standards helps ensure the safety and effectiveness of surgical gowns in preventing infection and maintaining sterile environments.
Why disposable surgical gown normally designed with 4 belts?
Disposable surgical gowns are typically designed with 4 belts for practical and functional reasons that enhance usability, safety, and hygiene during medical procedures. Here's why:
1. Secure Fit and Full Coverage
The 4 belts ensure the gown is securely tied and stays in place during surgical procedures.
Two belts are used to tie the gown at the neck, and two at the waist, providing full coverage from the shoulders to below the knees, ensuring the wearer is fully protected from potential contaminants.
2. Easy Adjustability
With separate belts at the neck and waist, the gown can be adjusted to fit different body types and preferences.
This ensures comfort and freedom of movement for the wearer while maintaining a snug fit.
3. Maintains Sterility
The belts allow the gown to be secured without touching the front of the gown, which is considered the sterile area. The back belts tie behind the wearer, reducing the risk of contamination during donning (putting on) and doffing (removal).
4. Reinforced Protection
Tying at both the neck and waist ensures the gown remains tightly closed, offering consistent protection against fluids, blood, and other contaminants, which is crucial in surgical environments.
5. Ergonomic Design for Assistive Dressing
In surgical settings, gowns are often donned with the assistance of another person (a scrub nurse or technician). The 4-belt design makes it easier for the assistant to tie the gown securely and correctly without compromising sterility.
6. Compliance with Safety Standards
Many medical standards, such as those set by AAMI (Association for the Advancement of Medical Instrumentation), emphasize full protection and secure closures in surgical gowns. The 4-belt design meets these requirements by ensuring coverage and safety.
Conclusion
The 4-belt design of disposable surgical gowns provides a secure fit, full coverage, and sterility, ensuring the wearer is protected and comfortable during surgical procedures. This design also facilitates compliance with safety protocols, making it the preferred choice in medical environments.
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