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Aortic stent grafts

Valiant™ thoracic stent graft with Captivia™ delivery system

<p>The Valiant™ Captivia™ system is designed to treat all lesions of the descending thoracic aorta.</p>

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Product details

Deploy durability with Valiant™ Captivia™ system

Valiant™ Captivia™ thoracic stent graft system maintains vessel wall apposition and fixation, regardless of angulation and oversizing.1 Clinically supported by low type Ia endoleak rate (0% at 5 years).2 The stent graft system has over a decade of worldwide experience and chosen for over 150,000† patients worldwide. It has five years of clinical data across all descending thoracic aortic pathologies.2–4

This is the Valiant™ thoracic stent graft with the Captivia™ delivery system, shown as a pre-insertion image next to a fluoroscopic image of the system apposed in the vessel wall.

Case image courtesy of Dr. Roy M. Fujitani, M.D.

The Valiant™ Captivia™ stent graft is the only device that maintains complete apposition regardless of angulation and oversizing.1

Results

The Valiant™ Captivia™ stent graft system remained apposed to the aortic wall at each increment of neck angulation and degree of oversizing in a simulated environment.

For the other stent grafts tested, lack of device wall apposition was observed between the proximal anchorage segment and the inferior aortic wall.

Angular Flexibility and Radial Strength Give the Valiant
Captivia Stent Graft Conformability and Optimal Seal1

 

This is a chart showing the stent graft apposition to the aortic wall at each increment of neck angulation and degree of oversizing in a simulated environment.

 

ꝉ10–19% device oversizing.

Risks assocatied with TEVAR procedures may include rupture, conversion to open repair, or secondary procedures.

Product tested Proximal apposition at different landing zone angulation Body apposition at different landing zone angulation
Medtronic Valiant™ Captivia™ system No lack of apposition (remained apposed) No lack of apposition (remained apposed)
A Lack of apposition above 120º No lack of apposition (remained apposed)
B No lack of apposition (remained apposed) Lack of apposition above 110º
C Lack of apposition above 110º No lack of apposition (remained apposed)

Features

How does Valiant™ Captivia™ system maintain a continuous seal in a dynamic environment?

 

Achieving and maintaining a continuous seal is critical for TEVAR durability.

  • The Valiant™ Captivia™ system establishes and maintains a continuous seal and optimizes apposition in a dynamic environment.
  • It is the only device that maintains complete vessel wall apposition regardless of angulation and oversizing.1

Continuous seal

  • 8 peak proximal stent design ensures even distribution of radial force for complete vessel wall apposition.
  • Mini support spring enhances proximal apposition and seal.
This is an image of the Valiant™ thoracic stent graft with a close-up showing the eight peak proximal stent design and support spring.

Ease of access

  • Crossing profile is similar to or lower than other thoracic stent grafts for ease of access.
  • Hydrophilic coating facilitates stent graft delivery.
This is an image of the Captivia™ delivery system for use with the Valiant™ thoracic stent graft.

Precise deployment

  • Platinum-iridium Figur8 markers provide high visibility for accurate placement. 
  • Three-step deployment with tip capture release provides controlled deployment and precise placement in the thoracic aorta.
View step one of the Valiant™ Captivia™ system deployment, a slow, controlled deployment for precise placement.

Step 1

Slow, controlled deployment for precise placement

View step two of the Valiant™ Captivia™ system deployment, a quick deployment option.

Step 2

Quick deployment option, if desired

View step three of the Valiant™ Captivia™ system deployment, a tip capture release.

Step 3

Tip capture release

This is an image of the Valiant™ thoracic stent graft showing flexibility next to a family of stent grafts to show the broad selection of proximal and distal components to allow for customization for a variety of patients.
 
  • Absence of a longitudinal bar allows for enhanced flexibility and kink resistance.
  • Broad selection of proximal and distal components leads to many combinations to customize for a variety of patients.

Physicians’ perspectives

 

Clinician experiences with Valiant™ Captivia™ video (03:47)

Watch this video to hear leading clinicians discuss why they choose the Valiant™ Captivia™ stent graft system for their patients.

 

Dr. Frank Arko accuracy video (03:15)

See how the three-step Captivia™ delivery system enables simple graft adjustment and precise placement within the thoracic aorta.

 

Dr. Jean Panneton conformability video (03:42)

Watch this video and hear Dr. Panneton discuss how Valiant™ Captivia™ is highly flexible and conformable due to its sinusoidal shape, super‑elastic nitinol springs, and lack of a longitudinal bar.

 

Dr. Hitoshi Matsuda dissection video (02:50)

Watch this video and hear Dr. Matsuda review a type B aortic dissection case he treated with TEVAR, which provides a minimally invasive alternative to open surgical repair.

 

Indications

The Valiant™ thoracic stent graft with the Captivia™ delivery system is indicated for the endovascular repair of all lesions of the descending thoracic aorta (DTA) in patients having the appropriate anatomy, including:

  • Iliac or femoral artery access vessel morphology that is compatible with vascular access techniques, devices, or accessories;
  • Nonaneurysmal aortic diameter in the range of 18 mm to 42 mm (fusiform and saccular aneurysms/penetrating ulcers), or 18 mm to 44 mm (blunt traumatic aortic injuries) or 20 mm to 44 mm (dissections); and
  • Nonaneurysmal aortical proximal and distal neck lengths ≥ 20 mm (fusiform and saccular aneurysms/penetrating ulcers), landing zone ≥ 20 mm proximal to the primary entry tear (blunt traumatic aortic injuries, dissections). The proximal extent of the landing zone must not be dissected.

Ordering information

Proximal Freeflo straight

Item number Proximal graft diameter (mm) Distal graft diameter (mm) Distal design Catheter outer diameter (Fr) Stent graft covered length (mm)
VAMF2222C100TU 22 22 C 100 TU 22 112
VAMF2424C100TU 24 24 C 100 TU 22 112
VAMF2626C100TU 26 26 C 100 TU 22 112
VAMF2828C100TU 28 28 C 100 TU 22 117
VAMF3030C100TU 30 30 C 100 TU 22 117
VAMF3232C100TU 32 32 C 100 TU 22 117
VAMF3434C100TU 34 34 C 100 TU 24 107
VAMF3636C100TU 36 36 C 100 TU 24 107
VAMF3838C100TU 38 38 C 100 TU 24 107
VAMF4040C100TU 40 40 C 100 TU 24 107
VAMF4242C100TU 42 42 C 100 TU 25 112
VAMF4444C100TU 44 44 C 100 TU 25 112
VAMF4646C100TU 46 46 C 100 TU 25 112
VAMF2222C150TU 22 22 C 150 TU 22 152
VAMF2424C150TU 24 24 C 150 TU 22 152
VAMF2626C150TU 26 26 C 150 TU 22 152
VAMF2828C150TU 28 28 C 150 TU 22 157
VAMF3030C150TU 30 30 C 150 TU 22 157
VAMF3232C150TU 32 32 C 150 TU 22 157
VAMF3434C150TU 34 34 C 150 TU 24 167
VAMF3636C150TU 36 36 C 150 TU 24 167
VAMF3838C150TU 38 38 C 150 TU 24 167
VAMF4040C150TU 40 40 C 150 TU 24 167
VAMF4242C150TU 42 42 C 150 TU 25 157
VAMF4444C150TU 44 44 C 150 TU 25 157
VAMF4646C150TU 46 46 C 150 TU 25 162
VAMF3030C200TU 30 30 C 200 TU 22 192
VAMF3232C200TU 32 32 C 200 TU 22 192
VAMF3434C200TU 34 34 C 200 TU 24 212
VAMF3636C200TU 36 36 C 200 TU 24 207
VAMF3838C200TU 38 38 C 200 TU 24 207
VAMF4040C200TU 40 40 C 200 TU 24 212
VAMF4242C200TU 42 42 C 200 TU 25 207
VAMF4444C200TU 44 44 C 200 TU 25 212
VAMF4646C200TU 46 46 C 200 TU 25 212

Closed web straight

Item number Proximal graft diameter (mm) Distal graft diameter (mm) Distal design Catheter outer diameter (Fr) Stent graft covered length (mm)
VAMC2222C100TU 22 22 C 100 TU 22 105
VAMC2424C100TU 24 24 C 100 TU 22 105
VAMC2626C100TU 26 26 C 100 TU 22 105
VAMC2828C100TU 28 28 C 100 TU 22 110
VAMC3030C100TU 30 30 C 100 TU 22 110
VAMC3232C100TU 32 32 C 100 TU 22 110
VAMC3434C100TU 34 34 C 100 TU 24 100
VAMC3636C100TU 36 36 C 100 TU 24 100
VAMC3838C100TU 38 38 C 100 TU 24 100
VAMC4040C100TU 40 40 C 100 TU 24 100
VAMC4242C100TU 42 42 C 100 TU 25 105
VAMC4444C100TU 44 44 C 100 TU 25 105
VAMC4646C100TU 46 46 C 100 TU 25 105
VAMC2222C150TU 22 22 C 150 TU 22 145
VAMC2424C150TU 24 24 C 150 TU 22 145
VAMC2626C150TU 26 26 C 150 TU 22 145
VAMC2828C150TU 28 28 C 150 TU 22 150
VAMC3030C150TU 30 30 C 150 TU 22 150
VAMC3232C150TU 32 32 C 150 TU 22 150
VAMC3434C150TU 34 34 C 150 TU 24 160
VAMC3636C150TU 36 36 C 150 TU 24 160
VAMC3838C150TU 38 38 C 150 TU 24 160
VAMC4040C150TU 40 40 C 150 TU 24 160
VAMC4242C150TU 42 42 C 150 TU 25 150
VAMC4444C150TU 44 44 C 150 TU 25 150
VAMC4646C150TU 46 46 C 150 TU 25 155
VAMC3030C200TU 30 30 C 200 TU 22 185
VAMC3232C200TU 32 32 C 200 TU 22 185
VAMC3434C200TU 34 34 C 200 TU 24 205
VAMC3636C200TU 36 36 C 200 TU 24 200
VAMC3838C200TU 38 38 C 200 TU 24 200
VAMC4040C200TU 40 40 C 200 TU 24 205
VAMC4242C200TU 42 42 C 200 TU 25 200
VAMC4444C200TU 44 44 C 200 TU 25 205
VAMC4646C200TU 46 46 C 200 TU 25 205

Proximal Freeflo tapered

Item number Proximal graft diameter (mm) Distal graft diameter (mm) Distal design Catheter outer diameter (Fr) Stent graft covered length (mm)
VAMF2622C150TU 26 22 C 150 TU 22 152
VAMF2824C150TU 28 24 C 150 TU 22 157
VAMF3026C150TU 30 26 C 150 TU 22 157
VAMF3228C150TU 32 28 C 150 TU 22 157
VAMF3430C150TU 34 30 C 150 TU 24 167
VAMF3632C150TU 36 32 C 150 TU 24 167
VAMF3834C150TU 38 34 C 150 TU 24 167
VAMF4036C150TU 40 36 C 150 TU 24 167
VAMF4238C150TU 42 38 C 150 TU 25 157
VAMF4440C150TU 44 40 C 150 TU 25 157
VAMF4642C150TU 46 42 C 150 TU 25 162

Distal bare spring straight

Item number Proximal graft diameter (mm) Distal graft diameter (mm) Distal design Catheter outer diameter (Fr) Stent graft covered length (mm)
VAMC2222B100TU 22 22 B 100 TU 22 112
VAMC2424B100TU 24 24 B 100 TU 22 112
VAMC2626B100TU 26 26 B 100 TU 22 112
VAMC2828B100TU 28 28 B 100 TU 22 117
VAMC3030B100TU 30 30 B 100 TU 22 117
VAMC3232B100TU 32 32 B 100 TU 22 117
VAMC3434B100TU 34 34 B 100 TU 24 107
VAMC3636B100TU 36 36 B 100 TU 24 107
VAMC3838B100TU 38 38 B 100 TU 24 107
VAMC4040B100TU 40 40 B 100 TU 24 107
VAMC4242B100TU 42 42 B 100 TU 25 112
VAMC4444B100TU 44 44 B 100 TU 25 112
VAMC4646B100TU 46 46 B 100 TU 25 112

Closed web tapered

Item number Proximal graft diameter (mm) Distal graft diameter (mm) Distal design Catheter outer diameter (Fr) Stent graft covered length (mm)
VAMC2622C150TU 26 22 C 150 TU 22 150
VAMC2824C150TU 28 24 C 150 TU 22 150
VAMC3026C150TU 30 26 C 150 TU 22 150
VAMC3228C150TU 32 28 C 150 TU 22 150
VAMC3430C150TU 34 30 C 150 TU 24 160
VAMC3632C150TU 36 32 C 150 TU 24 160
VAMC3834C150TU 38 34 C 150 TU 24 160
VAMC4036C150TU 40 36 C 150 TU 24 160
VAMC4238C150TU 42 38 C 150 TU 25 150
VAMC4440C150TU 44 40 C 150 TU 25 150
VAMC4642C150TU 46 42 C 150 TU 25 155

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TM* Third-party brands are trademarks of their respective owners. All other brands are trademarks of a Medtronic company.

† Data on file. Internal global finance report, total Valiant Captivia cases.

  1. Canaud L, Cathala P, Joyeux F, Branchereau P, Marty-Ané C, Alric P. Improvement in conformability of the latest generation of thoracic stent grafts. J Vasc Surg. 2013;57(4):1084–1089.
  2. Conrad MF, Tuchek J, Freezor R, et al. Results of the VALOR II trial of the Medtronic Valiant Thoracic Stent Graft. J Vasc Surg. 2017;66(2):335–342.
  3. Bavaria J., Brinkman, W., Hughes, C., et al. "Five-year outcomes of endovascular repair of complicated acute type B aortic dissections". J Thorac Cardiovasc Surg. 2020; S0022-5223(20)31092-8. doi: 10.1016/j.jtcvs.2020.03.162.
  4. Patel, H., Azizzadeh, A., Matsumoto, A., Five-Year Outcomes From the United States Pivotal Trial of Valiant Captivia Stent Graft for Blunt Aortic Injury, Ann Thorac Surg. 2020;110:815-20.