Introducing the Alaris® 8100 Pump Module, expertly designed for the reliable delivery of fluids, medications, blood, and blood products in both continuous and intermittent modes. This versatile module is suitable for use with adult, pediatric, and neonatal patients, facilitating infusion via various clinically acceptable routes, including intravenous (IV), intra-arterial, subcutaneous, epidural, enteral, and fluid irrigation.

Key Features:

- Multi-Infusion Capability: Clinicians can connect up to four pump modules to a single Point of Care (PC) unit, enabling the management of four distinct infusions simultaneously. Modules can be configured on either side of the PC unit for optimal space utilization.
- Guardrails® Suite MX Integration: This advanced software supports safety and efficiency by conducting a reasonableness check prior to therapy initiation, significantly reducing the risk of medication errors.
- User-Friendly LCD Display: The pump module features a clear LCD screen that displays essential information, including the drug or IV fluid name, dose, and infusion rate, ensuring that healthcare providers have critical data at a glance.
- Status Indicators: Color-coded lights indicate channel status—red for alarms, yellow for pause, and green for active infusion—providing instant visual feedback on the infusion process.
- Enhanced Safety Features: The module includes set-based, free-flow protection with SmartSite® needle-free valves, further safeguarding against inadvertent flow.
- Gravity Infusion Option: Pump sets can also be utilized for gravity infusions, providing flexibility in patient care.
- Piggyback Delivery Support: The Alaris 8100 is capable of supporting both primary and secondary “piggyback” delivery methods, accommodating a wide range of infusion needs.

The Alaris 8100 Module Pump is a dependable solution for healthcare providers, ensuring efficient medication delivery while prioritizing patient safety and comfort. Elevate your infusion management with this innovative module, tailored to meet the demands of modern healthcare environments.