This radiation protection drape is suitable for all peripheral, radiation-intensive procedures. It guarantees excellent shielding against the resulting scattered radiation.

The length of the radiation protection drape ensures optimal protection for the surgeon throughout the entire procedure, especially when the surgeon assumes various positions along the patient, such as in cases of peripheral arterial occlusive disease.

The special surface of the radiation protection drape is able to absorb even large quantities of liquids, so that clean work is always possible.

- Reduction of radiation dose by up to 95%
- More safety from scattered radiation for you and your team
- Over 50 clinical studies prove the effectiveness of sterile radiation protection drapes
- The American professional societies recommend the use of sterile radiation protection drapes

We would be happy to demonstrate the effectiveness of this radiation protection drape to you and your team. Contact us and schedule an appointment with our field staff. During the demonstration, we will also be happy to provide you with further tips on how you can effectively protect yourself and your team from scattered radiation.

Cardiology:
TAVI, pacemaker implantations, MitraClip

Vascular surgery:
EVAR

Angiography:
PAD

The radiation protection drape is positioned on the sterile drape so that it can be repositioned during the procedure. It is important that the radiation protection drape is always placed outside the beam path.

The optimal position for the radiation protection drape is along the limb between the scattering body and the surgeon (see video on the left).

Dimensions:
28 cm x 86 cm (W x L)

Characteristics:
- Steril

Packaging unit:
15 pieces

Lead equivalent:
0.25 mm

Which study on this product should you definitely read?

"The use of a sterile radiation protection drape significantly reduces the radiation dose to the surgeon and the supporting team during EVARs"
Source: Kloeze et. al. Use of disposable radiation-absorbing surgical drapes results in significant dose reduction during EVAR procedures. Eur J Vasc Endovasc Surg. 2014 Mar;47(3):268-72."