Cutting-edge Technology and Differentiated Challenges
We are pioneering new markets in the foundry and post-processing sectors in vacuum-applied semiconductor manufacturing by applying cutting-edge technology. By incorporating the latest advancemen
Vacuum technology plays a pivotal role in our operations, contributing significantly to various crucial processes. Robotic automation enhances our ability to perform highly precise tasks and maintain a stable working environment. The precise formation and processing of semiconductor components are of utmost importance. Vacuum technology aids in accurately treating and handling the surfaces of components during the manufacturing process. Collaborating with vacuum pumps, robotic arms enable precise positioning and execution of intricate tasks in these operations. Moreover, the removal of impurities and cleaning is an ongoing concern in semiconductor manufacturing. Vacuum technology is employed to effectively eliminate dust, particles, and other impurities. In this regard, robotic arms working alongside vacuum pumps contribute to maintaining a clean environment within the equipment. Furthermore, the accurate exchange of components has a significant impact on productivity and efficiency. Robotic arms utilizing vacuum facilitate the precise movement and placement of components, ensuring smooth operations on the production line. In this way, developers leverage vacuum technology and the application of robotic arms to carry out precise and efficient tasks across various stages of semiconductor production.
In addition, by using these technologies, MASS will continue to take on challenges with humanity in mind, such as space exploration, projects using robots and AI, and work in dangerous environments.