Apex™ Oxygenator:

• Advance flow design provides improved oxygen transfer
• Integral purge and recirculation line simplifies priming and tubing pack design
• Unique cardioplegia port provides access to arterial blood without cutting into tubing
• Highest gas transfer available from COBE CV
• Venous inlet, lid, reservoir and oxygenator rotate independently
• Same temperature probe and bracket as Optima XP and Duo

HVR/VVR4000i:

• Computational fluid modeling for enhanced flow dynamics
• Excellent low volume resolution
• Horizontal outlet minimizes vortexing
• Integral SAT/HCT Connection
• Rotating lid, venous inlet, and reservoir for optimum port orientation
• Collective grouping of ports simplifies lid design reduces clutter
• VVR has a sealed lid and is indicated for vacuum assisted drainage

Optima XP™ with HVR™/VVR™4000i
Advanced flow dynamics and increased oxygen transfer

Optima XP™:

• High gas transfer reserve capacity for extra oxygenation when you need it
• Efficient hollow fiber, cross wound mat technology for consistent performance
• Top to bottom membrane flow for enhanced air handling
• Bottom to top heat exchanger flow for ease of priming
• High performance/high integrity heat exchanger
• Ultra-low priming volume

HVR/VVR4000i:

• Computational fluid modeling for enhanced flow dynamics
• Excellent low volume resolution
• Horizontal outlet minimizes vortexing
• Integral SAT/HCT Connection
• Rotating lid, venous inlet, and reservoir for optimum port orientation
• Collective grouping of ports simplifies lid design reduces clutter
• VVR has a sealed lid and is indicated for vacuum assisted drainage

CML DUO® with HVR/VVR4000i
Advanced flow dynamics and exclusive flat sheet technology

CML DUO®:

• Flat sheet membrane for enhanced air handling
• Continuous bloodside netting improves gas exchange
• Top to bottom membrane flow for enhanced air handling
• Bottom to top heat exchanger flow for ease of priming
• High performance/high integrity heat exchanger

HVR/VVR4000i:

• Computational fluid modeling for enhanced flow dynamics
• Excellent low volume resolution
• Horizontal outlet minimizes vortexing
• Integral SAT/HCT Connection
• Rotating lid, venous inlet, and reservoir for optimum port orientation
• Collective grouping of ports simplifies lid design, reduces clutter
• VVR has a sealed lid and is indicated for vacuum assisted drainage

TECHNICAL FEATURES:

• Max Blood Flow: 8 l/min
• Static Priming Volume: 310 ml
• Membrane Surface Area: 2.0 sq.m.
• H.E. Performance Factor: Eta 0.68 (4 l/min)
• Cardiotomy Filter Pore Size: 30 µm
• Unique dual chamber reservoir simplifies suction sequestration
• Take a Closer Look at the Dideco Avant
• The Importance of Cardiotomy Suction Sequestration

TECHNICAL FEATURES:

• Total Reservoir Capacity: 675 ml
• Venous Reservoir Capacity: 425 ml
• Cardiotomy Reservoir Capacity: 250 ml
• Minimum Operating Level: 15 ml
• Max Blood Flow: 0.8 l/min
• Ref. Blood Flow: (A.A.M.I. Standard) 1.2 l/min
• Static Priming Volume: 60 ml
• Membrane Surface Area: 0.34 sq.m.
• H.E. Performance Factor: Eta 0.71 (0.8 lt/min)
• Cardiotomy Filter Pore Size: 30 µm

DATA:

• Priming Volume: 105 ml
• Surface Area: 0.6 sq.m
• Softshell Ven. Res. Capacity: 190 ml
• Hardshell Ven. Res. Capacity: 1800 mls
• Max. Blood Flow: 2300 mls/min
• Ref. Flow: (A.A.M.I. Standard) 3300 mls/min

CONNECTIONS:

• Softshell Ven. Inlet: 1/4" or 3/8"
• Softshell Cardiotomy Return: according to the ven. inlet
• Softshell Ven. Outlet: 1/4"
• Hardshell Ven. Inlet: 3/8" (1/4" adapter provider)
• Hardshell Ven. Outlet: 1/4"
• Oxy. Art. Inlet: 1/4" and 5/16"
• Oxy. Art. Outlet: 1/4" and 5/16"

TECHNICAL FEATURES

• 5 Liter blood flow capability with 170ml oxygenator prime
• Efficient hollow fiber, cross wound mat technology for consistent performance
• Top to bottom membrane flow for enhanced air handling
• High performance/high integrity heat exchanger
• Rotating lid, rotating venous inlet for optimum port orientation
• Horizontal reservoir outlet minimizes vortexing