Superabsorbent Dressing with Antimicrobial Binding Power
The Cutimed Sorbion Sorbact is a sterile wound dressing combining Sorbact® Technology with a superabsorbent core to manage high levels of exudate while helping reduce bacterial burden. This dual-action dressing supports a moist wound healing environment and is designed for use on exuding wounds at risk of infection.
Key Features & Benefits
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Hydrophobic Bacteria & Fungi Binding — Irreversibly binds microbes via a physical mode of action, without releasing antimicrobial substances.
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Superabsorbent Core — Absorbs and retains large volumes of wound exudate, helping to prevent maceration.
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Optimises Moist Wound Healing — By balancing moisture, it supports tissue repair and protects surrounding skin.
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Safe Removal — Microbes remain bound to the dressing during removal, minimising disruption to the wound.
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One-Dressing Infection & Exudate Management — Ideal for wounds that present both high drainage and a risk of infection.
Indications & Use
This dressing is intended for clean, contaminated, colonised, or infected superficial wounds with high to excessive exudate, including:
When clinical conditions permit, the dressing may remain in place for up to 7 days with careful monitoring.
How to Use
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Cleanse the wound and surrounding skin according to standard protocols.
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Select an appropriately sized dressing that overlaps wound margins. Do not cut the dressing.
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Remove the dressing from its packaging using aseptic technique.
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Apply so that the Sorbact layer contacts the entire wound surface.
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Secure with a secondary dressing or bandage, allowing expansion of the absorbent core.
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Change the dressing based on exudate level and wound condition; if adhered, moisten to assist gentle removal.
Why Choose Cutimed Sorbion Sorbact?
If you're managing wounds with heavy drainage and infection risk, Cutimed Sorbion Sorbact offers a powerful, integrated solution. By fusing superabsorbent exudate control with bacteria- and fungi-binding technology, it delivers efficient wound care with reduced dressing change frequency and minimized tissue disruption.
