What is Bioactive Microfibre Gelling Technology?
Technology that transforms…
MaxioCel® is powered by innovative Bioactive Microfibre Gelling (BMG™) technology. BMG technology allows MaxioCel to maintain a cohesive structure, delivering:
- high absorption
- strength when wet
- longer wear time
- one piece removal
- vertical wicking
Locks in exudate
MaxioCel absorbs exudate vertically and forms a cohesive gel matrix that locks exudate inside the core of the fibres – protecting the periwound skin and preventing maceration, even under compression.(1)
Strength when wet
On absorbing wound exudate, MaxioCel’s fibres transform into a cohesive and conformable gelling matrix that maintains its integrity – resulting in simpler, faster, more comfortable dressing removal.
The wet strength of MaxioCel is around 3 times greater than a traditional gelling fibre dressing.(2)
ReferencesCD Medical, Data on file.
Want to learn more about MaxioCel or have a call back from our support team?
Our team are here to support you every step of the way, whether you’re new to MaxioCel or just require some additional training and advice, we’re happy to help.
What is MaxioCel made of?
MaxioCel is made from a naturally occurring polymer – Chitosan, which is derived from a bio-compatible polysaccharide called chitin extracted from a sustainable shellfish source.
The Chitin is processed, removing all protein material, and purified prior to fabricating into a dressing,which is then sterilized using gamma irradiation.
Does MaxioCel conform to the wound bed?
Unlike other gelling fibres which can create dead spaces for bacterial growth, MaxioCel conforms intimately to the wound bed.
What should be the frequency of dressing changes when using MaxioCel?
MaxioCel can remain in place for up to seven days, but frequency of dressing changes should be determined clinically by exudate levels. Change Maxiocel before it reaches maximum absorption capacity or when exudate can be seen up to 0.5cm from the margins. As exudate levels decrease, dressing changes may decrease accordingly.