Medical technology manufacturer Turner MedTech is significantly expanding its production capabilities for the KyphoLift patient positioning system, potentially transforming diagnostic imaging outcomes for patients with mobility challenges and spinal conditions.
The expansion addresses a critical need in medical imaging, where precise patient positioning directly influences diagnostic accuracy and patient comfort. With approximately 40 million MRI scans performed annually in the United States, the KyphoLift system represents an innovative solution for patients with complex positioning requirements, such as those with kyphosis or limited mobility.
By enhancing its manufacturing processes to include comprehensive sourcing, component assembly, and final product assembly, Turner MedTech aims to improve product consistency and production efficiency. This strategic approach ensures greater accessibility to advanced positioning technologies for healthcare providers and patients.
The company is not limiting its innovation to the current KyphoLift system. Concurrently, Turner MedTech is developing the KyphoWedge, an adjustable and interlocking positioning device designed for both MRI and X-ray procedures, further expanding its portfolio of diagnostic imaging solutions.
Drawing on the expertise of its parent company, Turner Innovations, the organization leverages extensive imaging experience and patented technologies to develop products that could significantly impact medical imaging practices. The focus extends beyond technological advancement, emphasizing patient safety, comfort, and diagnostic precision.
The medical technology market stands to benefit from such innovations. With the U.S. MRI market valued at $1.6 billion, improvements in patient positioning technology could lead to more accurate diagnoses, reduced patient discomfort, and potentially more efficient medical imaging procedures.
As healthcare continues to evolve, solutions like the KyphoLift system demonstrate how targeted technological innovations can address complex medical challenges, ultimately improving patient care and diagnostic outcomes.
