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TacMed™ IV Evaporative Cooling System (IVECS™)

The TacMed™ IV Evaporative Cooling System (IVECS™) is a revolutionary solution designed to prevent IV fluids from reaching dangerous temperatures. This essential tool is a game-changer for treating heat casualties in extreme environments. With its efficient design, the IVECS™ keeps fluids at a safe temperature for up to 18 hours without additional cooling assistance. Its versatile nature allows for easy conversion to a pressure infuser with the addition of a standard blood pressure cuff, accommodating both 500ml and 1000ml bags.

• Safe temperature maintenance for up to 18 hours
• Cost-effective and reusable
• Converts to a pressure infuser with standard blood pressure cuff

Technical Specifications and Properties

The IVECS™ operates without the need for pre-cooling, requiring only a 15-minute soak in water. It differs from traditional cold packs by utilizing the method of evaporation to cool fluids. The temperature is controlled by the movement of water vapor over the surface area of the IV bag, ensuring maximum efficiency. This innovative cooling system is ideal for care providers operating in extreme conditions, where ambient temperatures can exceed 54º C (130º F).

• No pre-cooling required
• Evaporative cooling method
• Temperature controlled by water vapor movement

Practical Applications and Benefits

The TacMed™ IV Evaporative Cooling System (IVECS™) is an indispensable tool for care providers in harsh environments, such as deserts or low humidity areas. It addresses the critical issue of maintaining fluid temperatures in regions where standard storage methods are ineffective. The IVECS™ ensures that fluids are delivered at a safe temperature, protecting tissue and blood cells from damage. With its ability to maintain temperatures well below the established maximum, the IVECS™ is a vital asset for combat medics, wilderness medical providers, and anyone operating in extreme conditions.

• Essential for care providers in extreme environments
• Protects tissue and blood cells from damage
• Safe temperature maintenance in harsh conditions