Spongostan. 24/Box

Spongostan Surgical Hemostatic Sponge
Spongostan is a sterile, water-insoluble, malleable absorbable sponge made from porcine gelatin designed to promote hemostasis in surgical settings. It is intended for use by applying directly to a bleeding surface to control capillary, venous, and arteriolar bleeding when conventional methods are ineffective or impractical.

• Sterile and water-insoluble for safe surgical application
• Malleable texture allows easy adaptation to various wound shapes
• Porcine gelatin composition ensures effective absorption
• Suitable for use dry or saturated with sterile sodium chloride solution
• Packaged 24 units per box for convenient surgical use

Compared to other hemostatic sponges on the market, Spongostan meets rigorous surgical standards with its superior malleability and absorbency. Unlike some earlier models, it offers reliable use in various surgical procedures except ophthalmic surgery, making it a versatile choice for surgeons requiring rapid blood control. Its porcine gelatin base ensures fast biodegradation, minimizing tissue reaction and promoting better patient outcomes.

Key Technical Advantages:
Spongostan utilizes advanced gelatin technology to deliver consistent and effective hemostasis. Its water-insoluble and absorbable properties mean it can safely remain in the surgical site without compromising recovery. The sponge’s malleability enhances application ease, allowing surgeons to conform it precisely to the bleeding area. Additionally, the option to use it dry or saturated with sterile sodium chloride solution provides flexibility depending on the specific surgical context.

Technology and Performance
This absorbable hemostatic sponge represents a high-performance solution for controlling bleeding when traditional methods fall short. Its sterile porcine gelatin matrix ensures rapid blood clotting while minimizing foreign body reaction. Spongostan’s innovative design integrates proven materials and precise manufacturing standards, ensuring dependable performance in a wide range of surgical procedures, ultimately improving surgical efficiency and patient safety.