Actar 911 Infant Lungs Pack of 100 Single‑Use CPR Manikin Lung

Description

Product Overview

The Actar 911 Infant Lungs are engineered to deliver a lifelike airway experience for medical educators and trainees. Constructed from a durable, medical‑grade polymer, each lung replicates the compliance and resistance of a real infant’s respiratory system, allowing learners to develop precise ventilation techniques. The pack contains one hundred individual units, each intended for single‑use to maintain hygiene and consistent performance across multiple training sessions. Dimensions of each lung are compact, measuring 9.53 x 5.24 x 0.59 inches, and the total weight of the entire pack is only 4.48 ounces, making storage and transport effortless. Manufactured by Ursus Enterprises Inc., a reputable supplier in the professional medical supplies sector, these lungs have earned a solid customer rating of 4.7 out of 5 stars based on fourteen reviews, reflecting their reliability and effectiveness in hands‑on education. The product is listed under the Airway Management Equipment category, ranking #71 within that niche, and it complies with industry standards for single‑use respiratory training devices. By providing a realistic tactile response, the Actar 911 Infant Lungs help bridge the gap between theoretical knowledge and practical skill, ensuring that students gain confidence before encountering real patients.

Usage

These lungs are ideal for a variety of educational environments, including nursing schools, paramedic academies, hospital simulation labs, and community CPR certification courses. Instructors can integrate the Actar 911 Infant Lungs into scenario‑based training, allowing learners to practice bag‑valve‑mask ventilation, mouth‑to‑mouth techniques, and advanced airway management on a realistic infant model. Because each unit is single‑use, there is no need for cleaning or sterilization between sessions, which streamlines class turnover and reduces the risk of cross‑contamination. The lightweight design ensures that even younger students can handle the device comfortably, fostering better hand‑eye coordination and muscle memory. Additionally, the pack of one hundred units provides sufficient inventory for large‑scale workshops, multi‑day simulations, or repeated practice drills, guaranteeing that every participant receives hands‑on experience without equipment shortages. The lungs are compatible with standard infant manikins used across most training programs, making them a versatile addition to any curriculum focused on pediatric respiratory emergencies.

Why Choose Us

Choosing the Actar 911 Infant Lungs means investing in a product that combines quality craftsmanship with educational effectiveness. Ursus Enterprises Inc. adheres to strict manufacturing protocols, ensuring each lung meets consistent performance criteria and delivers the same resistance profile batch after batch. The single‑use nature eliminates variability caused by wear and tear, providing a reliable training tool that instructors can trust. Our commitment to customer support extends beyond the point of sale; we offer responsive technical assistance, replacement options for any defective units, and guidance on integrating the lungs into existing simulation curricula. The pack’s cost‑effective pricing, when compared to reusable alternatives that require costly sterilization equipment, delivers measurable savings for institutions operating on tight budgets. Moreover, the product’s lightweight construction reduces shipping costs and eases inventory management, allowing educators to allocate resources toward other essential training materials. By selecting Actar 911, you align with a brand recognized for its dedication to safety, accuracy, and the advancement of medical education.

Key Features

• Realistic compliance mimics infant lung resistance for authentic ventilation practice.
• Single‑use design ensures hygiene and consistent performance without cleaning.
• Lightweight polymer construction makes handling easy for learners of all ages.
• Fits standard infant manikins, providing seamless integration into existing training setups.
• Comes with dedicated customer support and replacement options for any defective units.

FAQ

Can the Actar 911 Infant Lungs be used with any infant manikin?

Yes, the lungs are designed to be compatible with the majority of standard infant manikins used in medical training programs. Their dimensions and attachment points align with common manikin designs, allowing you to swap them in without additional adapters or modifications.

What is the recommended storage condition for the lungs?

The lungs should be stored in a cool, dry environment away from direct sunlight or extreme temperatures. Keeping them in their original packaging until use helps preserve the material integrity and ensures they remain ready for immediate deployment in training sessions.

Are the lungs suitable for advanced airway techniques such as intubation?

While the primary purpose of the Actar 911 Infant Lungs is to simulate ventilation and airway resistance, they can also be used as part of broader airway management drills, including the practice of intubation on compatible infant manikins. The realistic feel aids learners in developing the delicate motor skills required for pediatric intubation.

What warranty or after‑sales service is provided?

Urus Enterprises Inc. offers a limited warranty covering manufacturing defects for a period of 12 months from the date of purchase. If any unit is found to be defective, our support team will arrange for a replacement or refund, ensuring that your training program experiences no interruption.

How does the single‑use feature benefit large training programs?

Single‑use lungs eliminate the need for time‑consuming cleaning and sterilization processes between sessions, which is especially valuable for high‑volume courses or workshops. This feature reduces turnaround time, minimizes the risk of cross‑contamination, and guarantees that each participant works with a fresh, reliable device, thereby enhancing overall training efficiency.