Best Seller Amat Applied Materials 0010-09341 Wafer Lift Assembly Precision 5000 P5k New Now 85% Cheaper [z1704g3v]

AMAT Applied Materials Wafer Lift Assembly Precision 5000 P5K New

Introducing the AMAT Applied Materials 0010-09341 Wafer Lift Assembly, a precision-engineered component designed for the AMAT Applied Materials Precision 5000 P5000 CVD Etcher System. This new surplus assembly is a reliable choice for those in need of high-quality wafer handling solutions. With its exceptional precision and durability, this wafer lift assembly ensures seamless and efficient operation, making it an ideal choice for semiconductor manufacturing processes. Key features include: part number 0010-09341, revision C, and compatibility with the Precision 5000 P5000 CVD Etcher System.

Product Specifications and Technical Details

The AMAT Applied Materials 0010-09341 Wafer Lift Assembly is built to meet the stringent requirements of semiconductor manufacturing. It boasts a new surplus condition, ensuring excellent physical condition and performance. The assembly is designed to handle wafer lifting with precision, contributing to the overall efficiency of the etcher system.

• Part Number: 0010-09341
• Revision: C
• Compatibility: AMAT Applied Materials Precision 5000 P5000 CVD Etcher System

This assembly is a valuable addition to any semiconductor manufacturing setup, providing reliable and efficient wafer handling capabilities.

Practical Applications and Benefits

The AMAT Applied Materials 0010-09341 Wafer Lift Assembly is a must-have for semiconductor manufacturers seeking to enhance their etcher system's performance. Its precision and compatibility make it an essential component for ensuring seamless wafer handling during the etching process. With a 90-day satisfaction guarantee, this assembly offers peace of mind and assurance of quality. Ideal for use in various applications, such as wafer fabrication, semiconductor testing, and research and development, this wafer lift assembly is a valuable asset for any professional in the field. Benefits include: improved wafer handling, increased system efficiency, and reliable performance.