Sputtering Targets
SCI Engineered Materials® is committed to an ongoing program of upgrading its technology to produce materials of the highest quality. The size of the facility has expanded significantly to accommodate our growing equipment and increased sales. The total manufacturing process has been organized to ensure that materials travel through the facility in the most efficient manner possible, resulting in a streamlined work process and lower costs for the customer.
Our in-house capabilities set us apart from other engineered material manufacturers and are the pillars of our success. We don’t contract these important processes out to other companies because it could jeopardize both the quality of the materials and the turnaround time, both of which are critical to the success of our customers. Our positioning of capabilities represents our commitment to quality products and timely delivery.
About our Sputtering Targets
We are a sputtering target manufacturer, located in Columbus, Ohio. We are equipped to provide standard vacuum deposition materials as well as custom sputtering target stoichiometries & geometries.
Our five industrial vacuum hot presses, along with our mills, kilns, and spray dryer combined with over 35 years of experience mean industry leaders looking for consistency, and capability choose us. Our academic and collegiate customers appreciate our ability to produce small-batch research-grade sputtering targets with the same proficiency as our industrial sputtering targets. We even offer sputtering target refurbishment, through our Virgin Powder Repress process, on select platinum group metals (PGMs), and compounds like Indium Tin Oxide (ITO).
Metal/Alloy Sputtering Targets
Our Metal Sputtering Targets offer superior quality and performance for a range of applications, ensuring optimal results in thin film deposition processes.
High Purity Materials
Custom Configurations
Consistent Performance
Wide Application Range
Oxide/Ceramic Sputtering Targets
Our Oxide and Ceramic Sputtering Targets are engineered for precision and reliability, tailored to meet the demands of advanced technological applications.