NEWS
-
Global Artificial Intelligence Transformation
According to authoritative media reports, semiconductor revenue is projected to double from 2024 to 2030, surpassing $1 trillion.
-
An ISO9001 Quality Management System certified manufacturer of 12-Inch Metal Wafer Cassettes
DOHONE — a professional R&D and manufacturing expert in 12-Inch Metal Wafer Cassettes. With a stringent quality control system, we are among the first in the industry to achieve ISO9001 International Quality Management System certification.
-
Manufacturer of 12-inch Metal Wafer Cassettes - Creating Value for Customers
At the heart of the semiconductor manufacturing supply chain, the 12-inch Metal Wafer Cassette serves as a critical carrier for wafer transfer and storage.
-
What is the Critical Role of the 12-inch Wafer Frame Cassette in the Dicing Process?
In the precision workflows of semiconductor manufacturing, a 12-inch wafer must be cut into thousands of individual chips, a process known as "dicing."
-
Metal Wafer Cassette: Essential Applications in Modern Semiconductor Manufacturing
As semiconductor manufacturing evolves toward higher precision and larger wafer sizes, the metal wafer cassette has emerged as a vital tool for protecting wafers throughout the production process. Designed for durability, cleanroom compatibility, and precise handling, these cassettes play a crucial role in ensuring product quality, reducing contamination risks, and supporting automated operations in modern fabs.
-
12-Inch Wafer Frame Cassette vs 8-Inch Wafer Frame Cassette: How Size Shapes Performance in Semiconductor Manufacturing
As the semiconductor industry accelerates toward advanced technologies and higher production volumes, the tools used for wafer handling are evolving to meet stricter performance standards. Among these critical tools, the 12-inch wafer frame cassette and 8-inch wafer frame cassette remain the two most widely used formats. Each plays a vital role in supporting wafer thinning, dicing, packaging, and inspection processes, but their differences in size and capacity significantly influence manufacturing efficiency and application suitability.
