Collection: Fluoroscopy Stretchers

Fluoroscopy, an imaging technique that employs X-rays to obtain real-time moving images of internal structures, has found its uses in myriad medical procedures. To complement this, medical devices have been developed to provide patients and professionals with the best experience, safety, and efficacy. Among these, fluoroscopy stretchers have become a cornerstone of multiple diagnostic and therapeutic processes.

History of Fluoroscopy Stretchers

The development of fluoroscopy stretchers mirrors the broader trajectory of medical science's advancement. As early as the late 19th century, just after Wilhelm Conrad Roentgen discovered X-rays in 1895, fluoroscopy began to take shape. In the years that followed, the need to facilitate patients' position adjustments during live X-ray imaging became apparent. Initially, conventional stretchers or operation tables were used, but as medical procedures became more specialized, so did the equipment. The modern fluoroscopy stretcher was born from this need, designed with a translucent deck for unobstructed imaging and ergonomic features for patient comfort.

Uses in Pain Therapy

In pain therapy, particularly in pain management and diagnostic procedures like epidural injections, nerve blocks, or facet joint injections, precision is vital. Fluoroscopy provides a live guide for physicians to ensure the accurate placement of needles and catheters. The stretchers play an invaluable role in these processes, allowing easy access for clinicians while ensuring patients remain comfortable and still.

Transport and Surgical Procedures

Not only are fluoroscopy stretchers used in the direct visualization processes, but they're also vital in patient transport, especially within large hospital complexes. Their design accommodates easy maneuverability, ensuring that patients can be swiftly and safely moved between departments, such as from a surgical suite to recovery rooms or radiology departments.

In surgical procedures, especially orthopedic surgeries like spinal fusions or complex fractures, fluoroscopy provides instant feedback to surgeons about the placement of screws, plates, and other hardware. The stretchers, in this context, need to provide unobstructed access to the surgical site while simultaneously accommodating fluoroscopy equipment.

Stryker 1080 Fluoroscopy Stretcher

Among the leading models in the market, the Stryker 1080 Fluoroscopy Stretcher stands out. It’s revered for its advanced features, durability, and patient comfort. With a specially designed radiolucent surface, it provides optimal imaging quality. Its ergonomic design ensures patient safety and ease of transportation, making it a favorite among medical professionals.

Hausted Fluoro-Track Fluoroscopy Capable Stretcher

Another notable model is the Hausted Fluoro-Track Fluoroscopy Capable Stretcher. Designed keeping in mind the multifaceted needs of hospitals and clinics, this stretcher offers versatility in its use. Its efficient design ensures reduced patient transfers, thereby reducing the risk of potential injuries and improving imaging efficiency.

Fluoroscopy stretchers, like the Stryker 1080 and Hausted Fluoro-Track, underscore the symbiotic relationship between technological advancements and patient care. These stretchers not only optimize the use of fluoroscopy but also ensure patient comfort and safety. As medicine continues to evolve, it is devices like these that will pave the way for more efficient and effective patient care. MFI Medical also offers periodic deals and promotions from manufacturers that are trusted and relied on for excellent patient care. Check the Discounts page for the latest promotions available.