Used FANUC S-430 iW #9162952 for sale

FANUC S-430 iW is a wafer handler designed for high precision applications where flexibility, reliability and quality play a critical role. S-430 iW offers a highly flexible, robust and reliable wafer handling equipment that can be configured and customized to fit a variety of applications and processes. FANUC S-430 iW is capable of exceptionally precise wafer placement and movement with a maximum etching rate of 2000 microns per second. Additionally, it utilizes a soft actuation motion for more consistent accuracy at higher speeds. S-430 iW is designed for maximum precision and flexibility, as it can be customized for non-conventional wafer sizes up to 12-inches or even larger with certain components. The system also includes standard interfaces for both manual and automatic operation in order to fit any existing equipment and processes. The handler has several features to enable efficient material feed unit which include component storage, wafer chucks, loading/unloading tracks, and pinch rollers among others. In addition, the design incorporates vibration-resistant linear motion feed stages that improve wafer placement accuracy and are designed for long-term durability in harsh industrial environments. The advanced wafer gripper machine of FANUC S-430 iW is capable of infinitely adjusting the gripper force providing optimal accuracy and speed. The wafer handling capabilities of S-430 iW are bolstered by a host of safety features. The tool is equipped with built-in safety interlocks, a secure mechanical housing asset, and a variety of safety options that allow users to customize the machine's safety policy to their needs. FANUC S-430 iW is designed to increase throughput, enhance cleanroom ergonomics and ensure long-term reliability, resulting in a more efficient production process overall. With its extensive list of features, this model can help reduce costs and turnaround times significantly. S-430 iW also offers a range of additional benefits, such as improved equipment stability, increased positional accuracy, and greater flexibility in terms of tooling and application choice.