Qnity Electronics Inc. (NYSE: Q) announced the launch of its Optivision Max chemical mechanical planarization pad family for semiconductor manufacturing applications. The company said the new CMP pads are designed to support advanced semiconductor nodes and device architectures.

The Optivision Max pads build on Qnity's existing Optivision CMP pad family and offer improved defect control and extended pad lifetime, according to the company. The pads are intended to support higher yield and process efficiency in semiconductor manufacturing operations.

"Advanced nodes and evolving device architectures are driving new levels of complexity across semiconductor manufacturing," said Sanjay Kotha, VP and General Manager of CMP Technologies at Qnity. "Optivision Max pads reflect our continued focus on advancing CMP solutions to help customers meet the increasing performance and quality demands of next-generation technologies."

The first commercial product in the family, Optivision Max 8300, is available for customer sampling and orders in multiple configurations, including versions with integrated windows for endpoint detection. The pads can be customized to meet specific customer requirements and are compatible with various CMP applications.

Chemical mechanical planarization is a manufacturing process used in semiconductor fabrication to flatten and smooth surfaces during chip production. The process becomes increasingly critical as semiconductor devices continue to shrink in size and increase in complexity.

Qnity operates manufacturing and technology centers globally, including facilities in Asia. The company provides technology solutions across the semiconductor value chain for applications including artificial intelligence, high performance computing, and advanced connectivity systems.