N-Visi-RAY Multiangle Coated Positioning Wedge for X-Ray Imaging

The N-Visi-RAY Multiangle Coated Positioning Wedge for X-Ray Imaging by Z&Z Medical has three adjustable angles of 30, 60, and 90 degrees for patient positioning, which aids in taking clearer and more precise radiological images.

The highly efficient N-Visi-RAYMultiangleCoated Positioning Wedge for X-Ray Imaging by Z&Z Medical with dimensions of 29.5 by 10 by 6 inches, this wedge is meticulously crafted to enhance diagnostic accuracy. It offers customizable angles of 30, 60, and 90 degrees, catering to diverse imaging needs. This specially-made Radiology Multi-Angle Coated Wedge Sponge helps crucial patient alignment for X-rays relevant to medical, dental, and veterinary practice. Depending on the requirements of the positioning issues. The sophisticated and fluid-resistant medical-grade coating is well tailored for cleaning with medical infections, safe disinfectants, and a long-lasting solution for high-use areas.

The multiangle N-Visi-Ray Wedge is one of the most recognizable features on the table due to its pointy shape and provides an additional support point for best patient positioning for X-ray procedures, which is critical for spotless image capture. The patented flared angle reduces the risk of imaging artifacts. It leads to more accurate diagnoses improving patient care. Its adherence to the newest safety rules, completely meeting California's Technical Bulletin #117-2013, provides a guarantee that it puts quality on top.

Appropriate for multiple locations such as hospitals, private clinics, and veterinary centers, the Artifact-free Coated Foam Wedges for radiology makes it possible for radiologists, technicians, and healthcare providers to have the ultimate diagnostic imaging services for patients. Its strength and thoughtful design make it indispensable equipment for any radiology facility dedicated to offering the highest level of radiological services. The durable design and versatile positioning angles of this wedge ensure that it remains an essential component of any advanced radiological imaging suite.