Smiths Medical CADD 6500 Legacy Plus PCA Pump – Monthly Rental

The CADD® Legacy Plus 6500 PCA Pump is a compact, highly programmable ambulatory infusion device designed to deliver reliable pain management and infusion therapy in both clinical and home care settings. Engineered for flexibility and precision, it supports continuous, intermittent, and PCA (patient-controlled analgesia) modes.

Key Features:

• Compact & Lightweight Design:

• Dimensions: 1.6″ D x 3.8″ W x 4.4″ H
• Weight: Just 13.8 oz (with batteries and empty 100 ml reservoir)

• Flexible Power Options:

• Operates on 2 AA batteries or AC power adapter
• Supports up to 2 hours max occlusion alarm time

• High Precision Delivery:

• Delivery resolution of 0.050 ml per pump stroke
• System delivery accuracy of ±6% nominal

Infusion Modes & Specifications:

? Continuous Delivery Mode

• Reservoir Volume: 1–9999 ml
• Rate: 0.1 – 125 ml/hr (programmable in 0.1 ml/hr increments)
• KVO Rate: 0 to 125 ml/hr
• Priming Rate: Approx. 180 ml/hr

? Intermittent Delivery Mode

• Dose Volume: 0.1 – 1000 ml
• Dose Duration: 1 min – 24 hrs
• Dose Cycle: 10 min – 96 hrs
• Start Time Delay: Immediate or programmable up to 96 hrs

? Bolus (PCA) Mode

• Patient-controlled dosing capability for pain management
• Tracks “Given” and “Dose Remaining” with high-resolution accuracy (0.05 ml increments)

Safety & Alarm Features:

• Alarms for:
• Low/Depleted Battery
• High Delivery Pressure
• Air-in-Line Detection
• Reservoir Empty
• Occlusions (Upstream & Downstream)
• Pump/Program Errors
• Disposable detection and motor fault protection for enhanced reliability

Clinical Use Cases:

• Post-operative pain management
• Ambulatory chemotherapy
• Palliative care
• Antibiotic infusion therapy
• TPN (Total Parenteral Nutrition)

Why Rent the CADD 6500?

The Smiths Medical CADD 6500 Legacy Plus offers customizable therapy options in a compact, portable form factor. It delivers accurate infusion therapy with comprehensive safety monitoring, making it ideal for both hospital and home-based care environments.