BioMimics 3D® Vascular Stent System
Technical information

The BioMimics 3D Vascular Stent System is indicated to improve luminal diameter in the treatment of symptomatic de-novo or restenotic lesions in native superficial femoral and/or proximal popliteal arteries with reference vessel diameters ranging from 3.5 mm – 7.0 mm.

Co-axial, over-the-wire delivery system


  • A peripheral self-expanding stent with a unique 3D helical centreline1
  • Laser cut from a straight nitinol tube, the 3D helical shape is stored in the nitinol shape memory
  • Three tantalum radiopaque markers are located at each end of the stent to aid placement


  • Unique 3D stent shape generates swirling flow raising wall shear stress (WSS) to reduce intimal hyperplasia2
  • Improved biomechanical performance3
  • Excellent fracture resistance4
  • Significantly better performance than a straight stent control in a randomised fempop study5

Technical Information

Stent Diameter
Stent Length
Reference Vessel Diameter
Stent Delivery System OD
Sheath Compatability* Fr/minimum
ID (mm)
Guidewire Compatability
5  60,80,100,125,150 3.5 - 4.0 0.079 6FR/2.2mm 0.035
6  60,80,100,125,150 4.0 - 5.0 0.079 6FR/2.2mm 0.035
7  60,80,100,125,150 5.0 - 6.0 0.079 6FR/2.2mm 0.035

BioMimics 3D® Delivery System

Catheter Design Over-the-wire
Working Length 113cm
Shaft Profile 6Fr / 2mm
Sheath compatibility 6Fr* (minimum iD of 2.2mm)
Radiopaque markers Radiopaque atraumatic system tip
  Distal tip outer sheath
  Tantalum proximal system marker
Guidewire compatibility 0.035"

BioMimics 3D® Stent

Stent material Nickel-titanium alloy: nitinol
Radiopaque markers number and location 3 distal and 3 proximal
Radiopacity Excellent1
Fracture resistance Excellent1
MRI compatibility MRI conditional

* Sheath compatibility evaluated with 6Fr Cordis™ Brite Tip and 6Fr TerumoRadifocus Introducer II sheath introducers.

1 – Zeller T. Oral Presentation VIVA 2014;
2 – Caro CG et al. 2013 J R Soc Interface10: 20130578
3, 4 – Data on file at Veryan Medical;
5 – Zeller T. et al; Circ Cardiovasc Interv. 2016;9

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