Anaya Vardya, President and CEO of American Standard Circuits (ASC) and ASC Sunstone Circuits, announced that the company has installed a new ITC Intercircuit CF 200 high vacuum plugging machine at its West Chicago manufacturing facility. This addition marks another step in ASC’s ongoing commitment to cutting-edge manufacturing, precision engineering, and process automation.
The CF 200 is a high-speed, high-accuracy machine designed for epoxy via fill applications, a crucial process in the production of complex printed circuit boards (PCBs). This includes HDI (High-Density Interconnect), sequential lamination, and rigid-flex designs. The machine is engineered for reliability and performance, offering programmable dispensing control, temperature-regulated epoxy handling, and automated cleaning cycles. These features make it one of the most efficient and repeatable solutions for via filling available today.
“The CF 200 is a key addition to our technology portfolio,” said Mr. Vardya. “With customers increasingly pushing the boundaries of design in areas like advanced sequential builds and via-in-pad configurations, the demand for high-quality via filling is higher than ever. This new equipment will help us meet these demands consistently, efficiently, and with the highest quality.”
The CF 200 can handle everything from microvias to large through-holes, offering tighter process control and improved thermal stability. It also reduces the risk of voids and defects, which are common with older or manual systems. This capability is especially crucial in industries that require high-reliability PCBs, such as aerospace, medical, and defense—areas where ASC already leads in compliance and certification.
“This upgrade is not just about new equipment; it’s a strategic move,” Mr. Vardya continued. “The CF 200 enhances our ability to produce complex, multilayer boards with precision and reliability, meeting the high standards our customers expect. It also supports our goal to automate key processes, reduce cycle times, and improve production yields.”
