The Penumbra Indigo® System is designed to remove emboli and thrombi from peripheral arterial and venous vasculature and for the treatment of pulmonary embolism. The minimally invasive Indigo enables rapid restoration of blood flow in acute limb ischemia and deep vein thrombosis.
– Penumbra ENGINE™ aspiration pump;
– Indigo CAT™ aspiration catheter;
– Indigo SEP™ separator;
– Canister;
– Aspiration tubing.
The Ruby® Coil is a large-volume embolization coil for peripheral arterial and venous embolization. The soft, complex 3D design promotes dense packing of large aneurysms and varied anatomies. Available in standard and soft versions, Ruby enables use of longer, higher-volume coils to potentially reduce procedure time and the number of devices. Single-click mechanical detachment.
Tri-Wedge™ PTA Scoring Balloon Dilatation Catheter
Tri-Wedge™ is a precision scoring PTA balloon for controlled dilatation of peripheral arteries and AV access (AVF/AVG). Its triangular scoring elements efficiently modify plaque while minimizing risk of dissection. Ideal for iliac, femoral, popliteal, renal lesions and for restoring patency in dysfunctional fistulas and grafts.
Tiche™ High-Pressure PTA Balloon Dilatation Catheter
Tiche™ is a high-pressure PTA balloon engineered for precise dilatation in peripheral interventions and AV access. Low-profile 0.035″ design, diameters 3–12 mm, lengths 40–135 cm. Rated burst pressure up to 24 atm with dual-layer nylon/Pebax and proprietary micro-crystalline mesh technology. Dual-lumen shaft speeds deflation and enhances crossability through tight or calcified stenoses (iliac, femoral, popliteal, tibial, subclavian, renal) and during AVF or stent dilatation.
Polux™ Pro SC 0.014″ PTA Balloon Dilatation Catheter
Polux™ Pro SC is an ultra-low-profile semi-compliant balloon for complex femoropopliteal disease. With a 0.014″ tip and NP 6 atm (RBP 14–20 atm), it traverses long, diffuse, calcified lesions while providing controlled expansion and minimized vessel trauma. Compatible with 4–5 F introducers.
Minerva™ Pro SC 0.018″ PTA Balloon Dilatation Catheter
Semi-compliant 0.018″ PTA balloon designed for precise dilatation of peripheral arteries, especially below-the-knee. Tapered 1.5 mm tip enhances crossability in tight and diffuse lesions; RBP up to 14 atm supports safe, controlled expansion. 4–5 F compatible.
Atropos™ Pro SC 0.035″ PTA Balloon Dilatation Catheter
Semi-compliant OTW 0.035″ balloon for reliable access in AV fistulas and peripheral vessels. NP 6 atm (RBP 14 atm, mean burst 20 atm). Compatible with 5 F (3.0–5.0 mm), 6 F (6.0–8.0 mm) and 7 F (9.0–10.0 mm). Excellent pushability, kink resistance and controlled expansion with a low-profile shaft.
Atropos™ SC 0.035″ OTW PTA Balloon
Versatile semi-compliant OTW 0.035″ PTA balloon for peripheral vessels and AV access. NP 6 atm (RBP 14 atm). 5–7 F compatible. Low-profile, kink-resistant shaft ensures excellent trackability and uniform, controlled dilatation—even in tight or calcified stenoses.
Castor™ NC 0.014″ OTW PTA Balloon
Non-compliant OTW balloon for precise dilatation below the knee and in peripheral vessels. NP 12 atm; RBP 22 atm (2–4 mm) and 20 atm (4.5–6 mm); mean burst 30/28 atm respectively. 4 F (2–4 mm), 5 F (4.5–6 mm) and 6 F (7 mm) compatible. Hydrophilic coating, excellent crossability and kink resistance for tight, calcified lesions.
Achilles™ NC 0.018″ OTW PTA Balloon
Non-compliant 0.018″ OTW balloon for highly controlled dilatation of peripheral and BTK vessels. NP 12 atm; RBP 22 atm (3–4 mm) and 20 atm (4.5–6 mm); mean burst 30/28 atm. 4 F (3–4 mm), 5 F (4.5–6 mm) and 6 F (7 mm) compatible. Hydrophilic coating, strong pushability and kink resistance for challenging, diffuse and calcified stenoses.
Hermes™ NC 0.035″ OTW PTA Balloon
Non-compliant 0.035″ OTW balloon for precise dilatation in peripheral vessels and AV fistulas. NP 12 atm; RBP up to 22 atm (3–4 mm) and 20 atm (4.5–6 mm); mean burst up to 30/28 atm. Compatible with 5 F (3–4 mm), 6 F (4.5–6 mm) and 7 F (7–10 mm). Hydrophilic coating and robust shaft deliver smooth crossing and uniform expansion with minimal vessel trauma.