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[Notice] Email Service Disruption Dear Customers, A widespread disruption affecting Microsoft 365 services across multiple regions is also affecting our Outlook email service. Emails may be delayed or may not be sent or received successfully. Until service is restored, please contact us using the following methods: Email: jenyenstainless@gmail.com Official LINE ID: @jenyen Phone: +886-3-3019999 If you have sent us an…

Ceramic Dicing: Materials, Methods and Process Overview Ceramic dicing separates a ceramic substrate into smaller components with defined dimensions. It is used in electronic substrate and package manufacturing, where finished parts may need controlled edge quality, dimensional accuracy and protection of existing circuit features. Diamond blade dicing is one processing route. Laser processing is another option for selected materials and…

Blade vs. Laser Glass Dicing: Comparing Quality, Throughput and Cost Blade and laser glass dicing offer different ways to separate glass substrates into smaller components. The better fit depends on the finished part, the material and the complete production workflow. An established blade process provides a useful baseline for qualified straight-cut layouts. A specific laser process may be worth evaluating…

Glass Dicing Frames: Custom Stainless Steel Frames from YJ Stainless Glass dicing separates glass substrates into smaller components. In processes that use adhesive dicing tape mounted on a metal frame, the frame supports the tape assembly during equipment loading and handling. At YJ Stainless, we manufacture stainless steel frames for these tape-mounted applications. We offer custom frame shapes, dimensions, openings…

What Is Glass Dicing? Cutting Methods, Process and Metal Frame Applications Glass dicing is the precision separation of a glass substrate into smaller components. It is used in manufacturing applications where part dimensions, edge quality and handling conditions need to meet defined requirements. The process involves more than cutting through glass. The substrate needs suitable support during processing, and the…

YJ Stainless at SEMICON Taiwan 2026 YJ Stainless will exhibit at SEMICON Taiwan 2026, where we will officially introduce our new semiconductor brand, YJ Corevia. At this major semiconductor industry event, we will showcase our precision-manufactured wafer frames and related semiconductor handling products, highlighting our expertise in precision metal manufacturing and semiconductor applications. Our experienced account managers will be available…

Wafer SMIF Pod Customization: What Information Should You Provide? A custom Wafer SMIF Pod may be needed when a standard pod cannot match the wafer size, equipment interface, loading method or daily handling process. In custom projects, wafer diameter is usually the easiest detail to confirm. The more difficult part is making sure the pod fits the tool, loading direction,…

Can You Replace a Wafer SMIF Pod with a FOUP? A Wafer SMIF Pod and a FOUP are both used for semiconductor wafer handling, but they should not be treated as the same carrier. In some discussions, the two terms may appear close because both are wafer pods used to protect, store or transfer wafers. In actual production, however, whether…

What Is a Wafer SMIF Pod? Standard Mechanical Interface and Cleanroom Wafer Handling Guide A Wafer SMIF Pod is a wafer handling pod used to protect, store and transfer wafers through a controlled handling interface. SMIF stands for Standard Mechanical Interface, and the main purpose is to reduce unnecessary wafer exposure during wafer movement, loading and equipment-side handling. In semiconductor…

Wafer FOUP vs Wafer Cassette: Which Carrier Fits Your Wafer Handling Process? Choosing between a Wafer FOUP and a wafer cassette is not only about wafer size. The right carrier depends on how wafers are stored, loaded, transferred and protected during the process. A Wafer FOUP is usually a better fit when wafers need controlled cleanroom transfer, front-opening access and…

PC ESD Wafer FOUP Guide: Material Considerations for Cleanroom Wafer Handling A PC ESD Wafer FOUP is used when wafer handling requires electrostatic discharge control, stable carrier structure and repeated use in cleanroom-related production environments. In semiconductor manufacturing, the carrier material affects more than durability. It can also influence ESD control, wafer protection, handling stability and long-term usability. A carrier…

How to Specify a 12-Inch Wafer FOUP: Slot Capacity, PC ESD Material and Custom Requirements If you already know you need a 12-inch Wafer FOUP, the next step is to define the specifications clearly before requesting a quote. For a full introduction, you can first read our Wafer FOUP Guide for 12-Inch Wafer Handling. This article focuses on how to…