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Mention “silicon,” and most people immediately envision chips and computers. It’s true—today’s digital world is built upon silicon-based integrated circuits, and silicon’s status as the bedrock of semiconductors is indisputable. However, if you think silicon’s capabilities end there, you are underselling the element that makes up over a quarter of the Earth’s crust. When light […]

As we embrace the vibrant spirit of the 2026 Year of the Horse, SUPSEMI would like to extend our deepest gratitude to all valued customers, partners, and colleagues worldwide for your unwavering trust, collaboration, and support throughout the year. In observance of the Chinese Lunar New Year, a cherished tradition symbolizing renewal and prosperity, we

As time flies, the bell for 2026 is about to ring! At this moment of bidding farewell to the old and welcoming the new, SUPSEMI extends our most sincere gratitude and holiday wishes to all customers and friends who have always supported and trusted us～ To ensure everyone enjoys a relaxed and peaceful holiday, we

Recently, we are honored to have received a custom order from Silicon Austria Labs GmbH (SAL), a top-tier, Europe-leading research institution in the field of Electronic and Software-Based Systems (ESBS), to create an Custom 8-inch stainless steel wafer cassette. This order not only represents SAL’s high recognition of our technical strength and quality control capabilities

In the field of semiconductor manufacturing, the transportation and storage of wafers is a crucial step. To ensure the safety and stability of wafers during transportation, wafer cassettes, as specially designed transportation tools, play an irreplaceable role. So, how do wafer cassettes assist in wafer transportation? What are the advantages of their structural features? How

In semiconductor manufacturing, the size design of wafer cassette carriers is a sophisticated engineering endeavor, requiring a balance between wafer specifications, process requirements, and cost control. The design logic is directly related to wafer yield, equipment compatibility, and production efficiency. The following analyzes the core considerations for size adaptation from four major dimensions. I. Wafer

In semiconductor manufacturing, wafer cassettes (also known as wafer trays or wafer carriers) are “miniature transport vehicles” that carry chips during wafer dicing, testing, sorting, and other processes. However, as the number of uses increases, the slots, edges, or positioning holes of the cassette may become worn due to friction, collision, or material fatigue. This