Used ANATECH (Sputtering Systems) for sale

ANATECH is a leading manufacturer of sputtering equipment, offering a range of high-performance equipment to suit various needs. Their sputtering systems are designed to deposit thin films on a variety of substrates using a process known as physical vapor deposition. ANATECH's sputtering units are known for their analogues, which refer to different models that cater to specific requirements. For instance, the Hummer 10.2 is a popular model that boasts a dual-target configuration, allowing for simultaneous deposition of multiple materials. This provides flexibility in film composition and enhances the versatility of the system. Likewise, the Hummer VI is another renowned model that is equipped with advanced features like a load-locked chamber for increased efficiency and reduced contamination risk. The Hummer VIII, on the other hand, focuses on large-area deposition with its spacious chamber design. The advantages of ANATECH's sputtering machines lie in their reliability, precision, and user-friendly operation. These tools ensure uniform film deposition, excellent adhesion, and precise control over film thickness and composition. They also offer enhanced process stability and reproducibility, enabling consistent results across various manufacturing applications. ANATECH's sputtering assets find applications in multiple industries, including semiconductor fabrication, optics, sensor manufacturing, and research institutions. From coating thin films on optical lenses to depositing conductive layers on electronic devices, ANATECH's sputtering models provide efficient and effective solutions for diverse customer needs. In summary, ANATECH's sputtering equipment, such as the Hummer series, offer analogues with distinct features to cater to specific requirements. With their advantages in reliability, precision, and user-friendliness, these systems find widespread applications across various industries.

4 results found
Filters
Clear All
Filters
4 results
Wafer Size
  • (1)
  • (3)