The IPU FSG350 is constructed using healthcare-grade, reinforced PVC that is inherently resistant to the corrosive effects of water, soap, and clinical disinfectants. Unlike traditional steel stretchers that can rust and compromise structural integrity, this gurney’s frame and no-rust Tente casters are specifically designed for 100% moisture exposure. The locking side rails are engineered to meet safety protocols for patient retention, ensuring that the unit remains compliant with facility risk management standards. Furthermore, the antimicrobial properties of the PVC piping help prevent biofilm accumulation, supporting institutional infection control mandates. This makes it a reliable, long-term asset for any facility adhering to strict OSHA or Joint Commission safety guidelines.

The FSG350 addresses critical space constraints by reducing its operational footprint from approximately 17 square feet to less than 9 square feet when folded. Specifically, the unit collapses to a length of only 41.5 inches, allowing it to be stored vertically or tucked into alcoves that cannot accommodate a full-sized 77-inch gurney. This "fold-and-stow" capability is essential for older facilities or high-capacity wards where hallway space is at a premium and must remain clear for emergency egress. The transition from open to folded position takes seconds and requires no tools, enabling staff to clear the bathing area immediately after use. This efficiency directly supports facility throughput by allowing one shower room to serve more patients without being cluttered by idle equipment.

The TCO of the IPU FSG350 is significantly lower than stainless steel or chrome-plated alternatives due to its 5-year frame warranty and the elimination of rust-related failures. While metal gurneys often require expensive refinishing or total replacement when the protective coating fails in wet environments, the PVC frame maintains its structural properties and aesthetic appearance indefinitely. Maintenance is limited to routine cleaning and occasional caster inspection, reducing the burden on facility engineering departments. The use of high-quality Tente casters ensures that the most mobile components of the gurney last up to 2–3 times longer than generic institutional wheels. By investing in this specialized material, procurement officers can expect a service life that often exceeds a decade with minimal repair costs.

The FSG350 utilizes a closed-cell, water-resistant foam pad with integrated drainage holes that prevents patient "puddling" and reduces the risk of skin maceration. For patients with compromised skin integrity, maintaining a dry environment during and after the bathing process is critical for preventing wound complications. The drainage system also significantly reduces the time staff must spend drying the equipment between patients, as water exits the deck through the perforations rather than pooling in the center. Because the pad is non-absorbent, it does not harbor odors or bacteria, ensuring a more hygienic experience for the patient. This focus on rapid drainage and moisture management directly improves clinical hygiene standards while accelerating turn-around times for staff.

While the FSG350 is rated for a 350-pound weight capacity, its technical design prioritizes stability during the most vulnerable point of patient care: the lateral transfer. The inclusion of four all-locking casters ensures that the gurney remains completely stationary when locked, preventing the "drifting" that can lead to staff injuries or patient falls during transfer from a bed. The slightly elevated headrest provides a natural ergonomic position that assists in respiratory comfort for high-dependency patients during the bathing process. Additionally, the 30.5-inch deck height is optimized to align with most standard hospital beds, reducing the vertical lifting required by caregivers. These features collectively minimize the physical strain on nursing staff, contributing to a safer work environment and reducing the likelihood of workers' compensation claims.