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 the native superficial femoral artery and/or proximal popliteal artery, with reference vessel diameters ranging from 4.0 - 6.0 mm and lesion lengths up to 140 mm.

Co-axial, over-the-wire delivery system


  • A peripheral self-expanding stent with a unique 3D helical centerline1
  • 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 randomized 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 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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