How Casco Delivered a Custom Stretcher Pad Solution That Improved Patient Transfers and Protected Healthcare Workers

Hospitals and emergency departments rely heavily on safe, efficient patient‑handling practices. When the tools used in daily workflows are not optimized for both patient comfort and staff safety, risk rises—especially in high‑acuity environments like the emergency department (ED). As a longtime trusted partner to hospitals nationwide, Casco Manufacturing Solutions often receives requests for specialized products that solve real‑world clinical challenges. One recent collaboration with a multi‑year hospital customer highlight exactly how Casco’s custom engineering delivers measurable improvements for caregivers and patients alike.

This particular hospital’s ED supervisor identified a recurring issue: transport staff were experiencing preventable strain injuries while transferring patients from standard stretcher mattresses. Conventional stretcher pads often use polyurethane surfaces that create friction during transfers. This friction forces staff to physically lift more of the patient’s weight rather than slide them safely across surfaces. Over time, this can contribute to muscle strain, joint injuries, and lost work time.

To address the challenge, the hospital turned to Casco — known for its ability to design, engineer, and manufacture custom soft‑goods that enhance both worker ergonomics and the patient experience.

Understanding the Challenge: Why Traditional Stretcher Pads Create Risk

In most emergency departments, stretcher pads are used nearly nonstop. Standard pads, even when well-made, often share similar limitations:

• High friction surfaces that inhibit smooth transfer
• Standard foam densities that don’t always accommodate heavier or more complex patients
• Limited customization for specific workflows
• Wear-and-tear issues that lead to degraded surfaces and reduced sliding capability

When friction is high, the burden shifts to staff. Nurses and transport teams often must lift or reposition patients manually, a major contributor to musculoskeletal injuries.

This hospital wanted a safer, more efficient alternative that would:

• Reduce physical strain on staff
• Improve patient comfort
• Maintain infection control standards
• Integrate seamlessly into their existing stretcher fleet

Casco’s engineering and fabrication team began exploring custom solutions.

Casco’s Custom Solution: A Conductive, Low‑Friction Stretcher Mattress

After evaluating the ED team’s workflow and observing the transfer challenges firsthand, Casco designed a custom stretcher mattress featuring a conductive, low‑friction vinyl fabric surface. This surface required significantly less force to move a patient during transfers, reducing the amount of lifting the transport team needed to perform.

This innovation aligns with Casco’s existing stretcher pad technologies, which include:

• High‑density, medical‑grade foam cores for stability and comfort
• Antimicrobial, hypoallergenic, fluid‑proof covers to support infection control and easy cleaning
• Bi‑directional stretch fabrics that enhance comfort and durability
• RF‑welded seams and the patented “waterfall” zipper flap that prevent fluid penetration
• Non‑slip bottoms with hook‑and‑loop positioners to keep pads secure on the frame

The hospital’s new mattress incorporated these proven features with a specialized low‑friction conductive fabric that made transfers smoother and safer. This blend of custom engineering and Casco’s established stretcher pad technology resulted in a product that met the customer’s exact needs.

Why This Custom Stretcher Pad Makes a Difference

1. Safer Working Conditions for ED Transport Staff

The reduced lifting required during transfers lowers the risk of back, shoulder, and joint injuries, frequent causes of lost work days in healthcare settings.

2. Faster, More Efficient Patient Transfers

Low‑friction movement decreases time spent repositioning patients, freeing staff to focus on higher‑value tasks.

3. Better Patient Experience

Patients experience smoother, gentler motions and improved comfort thanks to Casco’s high‑density foam and premium medical fabrics.

4. Infection Control Compatibility

As with Casco’s standard stretcher pads, the custom model maintains antimicrobial, fluid‑proof, and easy‑clean properties, essential for ED operations.

5. Seamless Integration into Existing Systems

The pad was built to fit the hospital’s existing stretcher frames without requiring equipment replacement or workflow changes.

Custom Solutions: A Daily Standard at Casco

This project exemplifies what Casco does best: listening to customers, understanding their real‑world challenges, and engineering custom soft‑goods that improve outcomes. As reflected across Casco’s broader stretcher pad product line, customization is not an exception — it’s part of the everyday process. Whether designing emergency responder mattresses, OR table pads, or ED‑specific solutions, Casco integrates user feedback, clinical insights, and advanced materials to produce products that last and perform.

Casco’s existing stretcher pad portfolio already features innovations such as:

• Custom sizing, tapers, and corner configurations
• Microclimate‑supporting fabrics that reduce moisture and heat buildup
• Options for added viscoelastic memory foam for pressure relief

These capabilities set the foundation for custom projects like this ED mattress solution.