architectCoronary stent system

www.ivascular.global

OIDRAC

Lowest crossing profile

Inventive stent design

Highest radial force with minimal recoil

© P

hoto

: Exo

ther

mic

Excellent deliverability performance based on xperience platform.

Accurate distal control thanks to its smooth force transition optimizing pushability with outstanding distal flexibility.

Specific stent design according to lesion diameter to optimize radial strength and flexibility, allowing deliverability even in very tortuous vessels.

Outstanding deliverability

architect - Coronary stent system

REACHCROSS

DELIVER

© P

hoto

: Exo

ther

mic

5.00%

4.50%

4.00%

3.50%

3.00%

2.50%

2.00%

2,98%

4.41%

4.10%

2.95%architect

OmegaBoston

Multilink 8Abbott

IntegrityMedtronic

0.600

0.500

0.400

0.300

0.200

0.100

0.000

0.550

0.600

0.469

0.596

architectOmegaBoston

Multilink 8Abbott

IntegrityMedtronic

Recoil (%)The lowest recoil compared to the best in class.

Superb re-crossing side-branches

Radial strength (N/mm)Extraordinary radial strength with excellent flexibility.

Extraordinary scaffolding

architect - Coronary stent system

Radial strength on 3.5 mm diameter stents.

Test performed by iVascular. Data on file at iVascular.

Superior conformability to vessel wallsThe expanded stent adapts superbly to the vascular anatomy.

Results based on 3.5 mm diameter stents.

Stent features • Material: Cobalt Chromium L605

• Design: Open Cell Design

• % Covered surface: 11-19%

• Wall thickness: from 75 µm

• Shortening: