Staunton, VA– Cadence, Inc. is pleased to announce that Shane Niswander has joined the company as Quality Assurance Manager at its Staunton, VA facility. Shane brings more than 10 years’ of experience from key quality and process engineering roles. Shane’s most recent role was with Stryker Medical in Kalamazoo, MI. Prior to his experience at Stryker, Shane worked in Advanced Quality Engineering roles and Six Sigma Process Engineering at companies including Lear Corporation and Johnson Controls.
Shane holds a B.S. in Mechanical Engineering from Western Michigan University, and is a Six Sigma Black Belt. He will serve as a key member of the operations management team at Cadence, supporting Cadence’s long-time commitment to world class quality.
About Cadence, Inc.
Cadence is a premier metals manufacturing company focused on new medical technologies, such as minimally invasive devices. Headquartered in the Green Hills Technology Center in Staunton, Virginia, Cadence has over 200 shareholders. The world’s only IncisionLab enables better performance using the Define. Do. Measure. approach to new product design and development. Proprietary “sharps” and tube fabrication technologies enable Cadence to supply the most critical components and sub-assemblies for medical devices and scientific applications.
Shane holds a B.S. in Mechanical Engineering from Western Michigan University, and is a Six Sigma Black Belt. He will serve as a key member of the operations management team at Cadence, supporting Cadence’s long-time commitment to world class quality.
About Cadence, Inc.
Cadence is a premier metals manufacturing company focused on new medical technologies, such as minimally invasive devices. Headquartered in the Green Hills Technology Center in Staunton, Virginia, Cadence has over 200 shareholders. The world’s only IncisionLab enables better performance using the Define. Do. Measure. approach to new product design and development. Proprietary “sharps” and tube fabrication technologies enable Cadence to supply the most critical components and sub-assemblies for medical devices and scientific applications.