CARL RESET

• Compact, preconfigured perfusion set
• Two-pump technology for pulsatile blood flow
• Excellent O₂ and CO₂ transfer rates & low Δp (pressure drop blood side)
• Integrated priming bag for automatic venting with the CARL Controller
• Integrated pressure sensors (p₁-p₃), common connection using a multi-functional connector, no separate venting necessary
• Cuvette for measuring venous blood gases (Tᵥₑₙ, Hb, SᵥO₂)
• Integrated interface for CARL Arterial Blood Gas Cartridge and CARL Arterial Pressure Sensor
• Phosphorylcholine (PC) coating
• Application time: 30 days

CARL Arterial Pressure Sensor

• Fiber-optic catheter for intra-aortic pressure measurement via the CARL RESET
• With monitoring interface to the CARL Controller

CARL Arterial Blood Gas Cartridge

• Disposable cartridge for continuous measurement of arterial blood gas parameters (p_aO₂, pH, calcium, sodium, potassium)

CARL Infusion Bracket

• Attachable holder for mounting a manual infusion system
• For rapid drug and volume administration

CARL Priming Solution

• Patented priming solution to optimize the reperfusion process

CARL Carrier

• Transport and mounting solution for ground and air tranport of CARL Controller

CARL Bridge

• Transport bridge for secure transport of the controller platform in intensive care vehicles and ambulances
• Optimized for rapid handling through a lightweight design and an intelligent locking mechanism
• Easy mounting on Stryker stretchers (Power-PRO 2 and XT)

CARL Cart

• Multifunctional equipment cart for fast and efficient transport of all components within the clinic

CARL Perfusion Manager

• Independent and efficient evaluation of the application data documented by the CARL Controller (CARL Logfiles)

CARL MOX Wall Bracket

• Holding system for safe mounting of the CARL MOX
• For transport in the rescue vehicle or for safe mounting during use in the intensive care unit or in the operating room

CARL Cooler Kit

• Disposable for resource-independent cooling
• Direct connection to the oxygenator
• Cooling by endothermic reaction