Fresenius 6008 User Manual Exclusive -
The reinfusion process stops after the optical detector no longer detects blood and the set additional volume has been reinfused. Operators should verify that the device has completed the reinfusion cycle before disconnecting the patient.
A revolutionary all-in-one cassette with pre-connected bloodlines. It replaces three separate lines used in older models, supporting HD, HighVolumeHDF, and both single- and double-needle treatments with one setup. HighVolumeHDF Standard:
The 6008 platform is optimized for High-Volume HDF, which requires precise balancing of substitution fluid to achieve high convective volumes without causing hemoconcentration. Sustained High-Volume HDF via AutoSub Plus
Safety innovations include the VAM (Venous Access Monitoring) and VenAcc systems, which minimize the risk of external blood loss during treatment. The integrated circuit kinking detection system minimizes the risk of hemolysis, while the air-free design and reduced extracorporeal circulation volume minimize the risk of thrombosis.
Check the bloodlines for physical kinks. Check the dialyzer header for dark streaks. If hemoconcentration is high, manually reduce the substitution rate or ultrafiltration rate via the touchscreen. fresenius 6008 user manual exclusive
The manual places strong emphasis on proper initial commissioning. Transport damage or unsuitable operating conditions can lead to device malfunction, and initial commissioning must be performed by the manufacturer‘s service or an authorized person. If the device is moved from a cool room to a warmer one, it must be allowed to acclimate for approximately two hours before switching on.
Real-Time Hemodialysis Monitoring (Online Clearance Monitoring - OCM)
The design philosophy behind the Fresenius 6008 centers on reducing the physical workload and repetitive movements required by healthcare personnel. Understanding its physical parameters and structural constraints is essential for safe clinic integration. Specification Parameter Technical Standard & Measurement Reference Details 1680 x 520 x 780 mm (H x W x D) Compact base footprint Maximum Height Approx. 2000 mm with Infusion Pole Includes adjustable vertical pole Maximum Depth Approx. 900 mm with Canister Holder Includes operational attachments Primary Modalities HighVolumeHDF, HF, SN (HD/HDF) Configurable advanced therapies Eco-Sustained Utilities AutoFlow & EcoFlow Automation Reduces water, dialysate, and power The 6008 CAREset: Revolutionary Fluid Dynamics
The Fresenius 6008 deviates from traditional modular layouts by utilizing an integrated, closed-loop fluid management architecture. This integration minimizes internal dead spaces and mitigates contamination risks. High-Resolution Touchscreen Interface The reinfusion process stops after the optical detector
The user manual is organized into logical chapters that guide the operator through every phase of the dialysis workflow. Understanding this structure is the first step toward mastery.
A critical warning addresses contamination hazards: ”Contamination hazard due to impurities in the supply systems — Contaminants from supply systems can reach the patient via the device.” The responsible organization must ensure proper installation, function, and hygiene quality of all connections.
Hemoconcentration, dialyzer clotting, or kinked venous effluent line.
: Minimizes cross-contamination vectors by significantly reducing manual touchpoints and external connection interfaces. It replaces three separate lines used in older
To maintain the system’s performance and prevent patient infections, the 6008 manual provides a rigorous cleaning and disinfection schedule. The key points are:
The machine does not know the difference between a toxin and a memory.
“No,” he said. “No, we’re at the farm. It’s June. I can smell the alfalfa.”
: Features like AutoSub plus automatically maximize substitution rates for HighVolumeHDF, while the Online Clearance Monitor (OCM) continuously tracks the effective dialysis dose.