Moog Curlin Painsmart IOD Epi

Moog Curlin PainSmart® IOD EPI Ambulatory Infusion Pump

The Moog Curlin PainSmart® IOD EPI is an advanced ambulatory infusion pump designed for epidural, regional, and subcutaneous pain management applications. Engineered to meet the needs of acute care, obstetric, and palliative settings, it delivers dependable therapy performance, safety assurance, and operational efficiency. The Information on Demand (IOD) feature, combined with Moog’s Protocol Library Safety System™, empowers clinicians to provide controlled, evidence-based pain relief while minimizing infusion risks.

Key Features and Benefits

• Multi-Therapy Flexibility: Supports Continuous, PCA, PCEA, Intermittent, Variable, and Subcutaneous infusion modes for comprehensive pain management coverage.
• Epidural-Specific Programming: Optimized for epidural and regional analgesia, ensuring accurate and responsive dosing for surgical and obstetric patients.
• Integrated Orientation Detection (IOD): Automatically adjusts the display and keypad layout based on pump position, improving visibility and ease of use at the bedside.
• Protocol Library Safety System™: Enables the upload of pre-validated drug libraries and prescription protocols, reducing programming errors and improving infusion safety.
• Built-in Event Log and Reporting: Records infusion history, patient demand, alarms, and clinician interactions for post-therapy review and compliance documentation.
• Therapy Guardrails: Customizable clinician-defined limits for bolus dosing, lockout intervals, and maximum dose thresholds.
• Bright, Rotatable LCD Display: Orientation-aware display ensures clear visibility in all environments, including transport or low-light conditions.
• Easy-to-Use Interface: Menu-driven programming, context-sensitive HELP screens, and intuitive prompts streamline setup and minimize training time.
• Portable and Lightweight: Compact form factor enhances patient mobility while maintaining precision infusion performance.
• Battery Operation: Powered by two AA alkaline batteries for up to 8 hours of typical use, supporting both inpatient and ambulatory care.
• Cost Efficiency: Simplified training, reliable technology, and low-cost all-PVC administration sets reduce total cost of ownership.

Specifications

• Pump Type: Ambulatory infusion pump for epidural, regional, and subcutaneous anesthesia
• Therapy Modes: Continuous, PCA, PCEA, Intermittent, Variable, Subcutaneous
• Flow Rate Range: 0.1 to 400 mL/hr (mode-dependent)
• Bolus Volume Range: Clinician-programmable per therapy mode
• Lockout Interval: Adjustable according to patient safety protocols
• Accuracy: ±5%
• Display: Rotatable LCD with orientation detection
• Power Supply: 2 × AA alkaline batteries
• Battery Life: Approx. 8 hours typical use
• Dimensions: Approx. 4.5" H × 6.5" W × 2.1" D
• Weight: Approx. 1.5 lb (with batteries)
• Administration Sets: Compatible with Curlin proprietary safety sets and low-cost all-PVC options

Clinical Applications

The Curlin PainSmart IOD EPI supports diverse pain management therapies across acute, perioperative, and ambulatory environments:

• Postoperative Pain Control: Continuous epidural or PCA infusions following major surgeries.
• Labor and Delivery Units: Safe and reliable PCEA administration during childbirth.
• Palliative Care: Continuous subcutaneous or epidural analgesia for chronic or terminal pain management.
• Ambulatory Surgery Centers: Portable pain management supporting early discharge protocols.
• Emergency and Acute Care: Rapid setup for pain relief in urgent or trauma scenarios.

Why Choose the Moog Curlin PainSmart® IOD EPI?

The Moog Curlin PainSmart IOD EPI delivers precision pain therapy through advanced programming, integrated safety controls, and real-time data reporting. Its flexible therapy options, intuitive operation, and hospital-proven reliability make it a trusted tool for anesthesiology and pain management teams. Backed by Moog’s Protocol Library Safety System™ and durable, cost-effective administration sets, this ambulatory pump supports both clinical performance and operational efficiency—enhancing patient comfort while reducing overall cost of care.