Replicator PRO™

Controllable physiological flow for realistic endovascular device interaction

Replicator PRO™ is a modular physical flow system for evaluating, demonstrating, and exploring endovascular devices and procedures under controllable physiological conditions. A beating four-chamber heart drives flow through interchangeable silicone anatomy, while the Replicator PRO™ app adjusts heart rate, systemic pressure, and cardiac output. MedTech teams use the platform for device evaluation, clinical collaboration, professional education, and product demonstration. Interventional teams use it to explore device behavior, access strategies, and procedural workflows across structural heart, vascular, and neurovascular applications. The metal-free platform supports clear angiographic imaging and tactile interaction with real clinical devices.

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Control the conditions around each scenario

Adjust heart rate, systemic pressure, and cardiac output through the Replicator PRO™ app. Set flow and heat conditions through custom or preset operating modes to create repeatable environments aligned with the anatomy, device, and purpose of each session.

Configure one platform across applications

Exchange anatomy modules, access routes, valves, and optional enclosures for structural heart, aortic, peripheral, and neurovascular scenarios. Multiple access points and metal-free construction support hands-on device interaction under angiographic imaging.

Built for controlled flow and realistic device interaction

Replicator PRO™ brings controllable hemodynamics, modular anatomy, and tactile device interaction into one repeatable physical environment. MedTech teams use it for device evaluation, clinical collaboration, and demonstration. Interventional teams use it for hands-on education, workflow exploration, and team discussion.

Evaluate device behavior in context

Observe tracking, navigation, deployment, and interaction with anatomy while using real clinical devices under physiological flow.

Compare under controlled conditions

Set defined hemodynamic conditions for each session. Repeat the same setup to support structured device evaluation, education, and team discussion.

Adapt the setup to each application

Exchange vessel modules, access routes, valves, and optional enclosures to support structural heart, vascular, and neurovascular applications on one platform.

Work under angiographic imaging

Use the metal-free platform under angiography to observe device behavior, review sessions, explain procedural steps, and demonstrate products.

Core features

Beating four-chamber silicone heart with replaceable valves

App-controlled heart rate, systemic pressure, and cardiac output

Interchangeable silicone anatomy with multiple access routes up to 26F

Metal-free construction for angiographic imaging

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Technical specifications

Technical Data

Functional data

• Required fluid volume: 4 L
• Controllable flow rate: 2 to 8 L/min
• Heat mode: Reaches 37 °C in approximately 15 minutes
• Controllable systemic pressure: 60/40 to 200/180 mmHg, depending on the selected anatomy
• Controllable heart rate: 40 to 120 BPM

Dimensions and weight

• System body: 7.6 kg (16.7 lb)
• Control unit: 18.8 kg (41.4 lb)
• Assembled dimensions: 1399.9 x 506.5 x 259.0 mm (55.1 x 20 x 10.2 in)
• Recommended table size: 180 x 50 cm (6.0 x 1.5 ft)

Transport cases

• Professional SKB transport cases
• Case 1, including contents: 26.1 kg (57.5 lb)
• Case 2, including contents: 34.0 kg (75 lb)

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