From Microchips to Memory Devices
Thin films define how devices perform. In microprocessors, they improve switching speed along with reducing the heat. In memory chips like DRAM and NAND flash, they make data storage faster and more reliable.
Because thin films control electrical flow and insulation, they directly affect power efficiency, performance as well as durability which are all critical in today’s devices.
Enabling Advanced Nodes and 3D Designs
Modern chips are no longer flat. Engineers are now building 3D structures using extremely thin layers handling both vertical and horizontal connections.
Technologies at 7 nm, 5 nm and 3 nm scales rely heavily on thin film precision to manage heat, resistivity and signal integrity. Without these coatings, miniaturization would hit a hard limit.
Supporting Sustainability and Recycling
Thin film processes don’t just improve performance, they also help make semiconductor manufacturing greener.
By reclaiming precious metals such as gold, platinum and palladium from used targets, manufacturers reduce waste and save resources.
VEM supports this effort through its precious-metal reclaim programs, helping the industry stay sustainable while maintaining high quality.
