Secure anchoring of Thoracic Drainage Catheters
Pleura-Guard is an anchoring device for thoracic drainage catheters from 16 French to 30 French. The device consists of a skin-side surface with a skin friendly hydrocolloid adhesive combined with a specially designed foam block which can prevent kinking of the catheter. A non-woven lid provides an effective securing of the catheter on the foam block. In addition, catheters are prevented from being expelled by the body and the secure anchoring of the catheter also prevents catheter movements from enlarging the catheter exit site, which is why less leakage is experienced. The catheter exit site is covered by a transparent hydrocolloid lid protecting the puncture site from contamination while allowing continuous monitoring of the puncture site. The hydrocolloid used for the carrier and the puncture site lid absorbs exudates and thus prevents skin maceration and excessive growth of micro-organisms.
Finally, the use of suture for anchoring of the catheter may be omitted in most cases and the slim design of the Pleura-Guard allows the anchoring of two catheters positioned at a short distance.
Patient friendly fixation
The low and slim design of the Pleura-Guard often replaces bulky “home-made” fixations of gauze combined with non-woven dressings or the like. Further, the possibility of omitting the suture makes the Pleura-Guard more comfortable for the patient and the safe anchoring enhances the patient’s feeling of greater freedom to move around without worrying about the catheter. Application of Pleura-Guard reduces nursing time and dressing changes.
The effective absorption of exudates combined with secure anchoring and the possibility to monitor the puncture site area can reduce the need for dressing changes.
Easy to use
Pleura-Guard is easy and fast to apply to the patient’s skin and results in a standardized, safe anchoring and protection of the thoracic drainage catheter. A short training is sufficient to teach every staff member on the ward how to use our fixation device.