
Your Advantages
mb+ Major Drape with Incise Area - 160cm x 250cm (MK-100)
₹288
₹670
57% Off
Exclusive of 5% GST
Size
Variant unavailable, Please select another variant
Similar Products
Delivery By
Enter location
Subtotal :
₹288
Minimum Order Quantity : 3
Show More Tiers
Want to buy bulk quantity?
Share your thoughts on this product
Incorrect Prices? Missing Information? Delivery time too high?
Brand mb+
The mb+ Major Drape with Incise Area - 160cm x 250cm (MK-100) is a high-quality surgical drape specifically designed for major surgical procedures. It provides comprehensive coverage and features an incise area for precise and safe incision management during surgery. This drape is ideal for procedures that require a sterile and controlled environment, ensuring the protection of both the surgical site and surrounding areas.
Constructed from strong, non-woven, fluid-resistant fabric, the drape is tear-resistant and durable, while also being soft and gentle on the patient’s skin. The material is designed to resist fluids, preventing contamination and ensuring the sterile field remains intact throughout the procedure. It is pre-sterilized and ready for immediate use, helping to reduce the risk of infection.
Key Features :
Size: 160 cm x 250 cm, providing ample coverage for a wide range of major surgical procedures.
Incise Area: Includes a designated, sterile incise area to facilitate precise incision placement, ensuring that the surgical team can perform with accuracy and control.
Sterility: Manufactured to maintain a sterile field, the drape is pre-sterilized and ready for immediate use, helping to reduce the risk of infection.
Material: Made from strong, non-woven, fluid-resistant fabric that is tear-resistant and durable, while also being soft and gentle on the patient’s skin.
Fluid Resistance: The material is designed to resist fluids, preventing contamination and ensuring the sterile field remains intact throughout the procedure.
Single-use: Individually sterilized and designed for single-use to meet strict infection control protocols, reducing the risk of cross-contamination.