New Coating Enables Medical Equipment Manufacturers to Operate at Higher Voltages, Reduced Size
Charge dissipative (CD) coating capability for ceramic parts was launched at RSNA 2017 in Chicago in supporting the development of increasingly compact medical equipment.
#medical
Share
A new charge dissipative (CD) coating capability for ceramic parts was launched by the Technical Ceramics business of Morgan Advanced Materials at RSNA 2017 in Chicago in supporting the development of increasingly compact medical equipment.
The company says one of the biggest drivers in the medical diagnostic imaging equipment market is the need for smaller and lighter weight x-ray sources. For imaging systems such as computed tomography (CT) scanners, technology is shifting towards smaller size and reduced rotating mass. Likewise, the growing popularity of mobile X-ray machines places the emphasis on convenience and maneuverability.
Featured Content
Coating of the ceramic parts facilitates optimum performance at higher voltages, and Morgan Advanced Materials says it is making significant advancements with its new capability to coat components with a tailor-made specific surface resistance (SSR).
For manufacturers’ development projects, Morgan will supply multiple coated samples, each with varying SSR. Development of a measurement system for SSR on complex ceramic shapes enables better consistency and repeatability that is critical for X-ray source manufacturers. Significant investment in automation and kilns at its German manufacturing facility gives Morgan the flexibility to offer reduced prototyping times to customers. Its latest range of coatings use a blend of titanium and chromium oxides that provide semi-conducting layers and suppress the emission of secondary electrons, to meet the future technical requirements of X-ray sources.
“Our new capability is designed to support manufacturers to deliver increasingly compact, efficient and patient friendly medical systems,” says Joerg-Uwe Wichert, Manager New Business at Morgan’s Technical Ceramics business. “With smaller parts, there is a corresponding need to adjust the blend of CD coatings to maintain the best SSR and charge dissipation performance. That’s why we’ve invested in materials and capacity to ensure that customers will always get the fast track for new products. ”
To read about the technology, pleas visit HERE
RELATED CONTENT
-
Automation Smoothes the Way for Surgical Coatings
Medical device coating company discusses how automation enables increased abrasion resistance and improved insulative properties for electrosurgery.
-
Functional Trivalent Chromium Electroplating of Internal Diameters
This paper discusses recent research work on the development of a functional trivalent chromium plating process from a trivalent-based electrolyte to replace hexavalent chromium plating. Hexavalent chromium plating has been used for many years to provide hard, durable coatings with excellent wear and corrosion resistance properties. However, hexavalent chromium baths have come under increasing scrutiny due to the toxic nature of the bath, effects on the environment and workers’ health. In this paper are results from our development program aimed at achieving properties comparable to existing hexavalent chromium plating for functional applications. Specifically, recent efforts in plating chromium on the internal surfaces of cylindrical parts will be presented, as well as wear test data.
-
Proper Testing of a Powder Coat Finish
Manufacturer shows how it performs extensive tests on powder coated medical carts.
