YIELD ENGINEERING SYSTEMS C.O. EIN

Business Type: This entity is a representative office or subsidiary of Yield Engineering Systems Inc., a global manufacturing company. Therefore, it functions as a sales, service, and support office for the manufacturing parent company, rather than being a standalone factory itself in Malaysia or a general trading company. It directly represents a manufacturer.

Company Overview:

Yield Engineering Systems (YES) is a leading global provider of advanced process equipment for the semiconductor, advanced packaging, and micro-fabrication industries. Headquartered in the United States, YES designs, manufactures, and markets vacuum cure, anneal, and surface modification systems. Their products are essential for various critical processes in semiconductor manufacturing, including wafer coating, cleaning, and material treatment. The Malaysian office primarily focuses on sales, technical support, and customer service for YES's manufactured equipment within the region.

Yield Engineering Systems (YES) is a global manufacturer of advanced process equipment for the semiconductor, MEMS, and life sciences industries. While headquartered in the USA, their products are available and utilized by customers in Malaysia. The primary products manufactured and sold by Yield Engineering Systems include:

1. Vapor Phase Deposition Systems: These encompass Atomic Layer Deposition (ALD) and Chemical Vapor Deposition (CVD) systems, which are used for depositing precise thin films.

2. Cure Systems: This category includes vacuum bake and cure systems designed for various applications, such as polyimide curing, low-k dielectric curing, and advanced packaging.

3. Surface Preparation Systems: These systems include plasma cleaning systems and UV ozone cleaning systems, utilized for surface activation, cleaning, and preparation.

4. Wafer Bonding Systems: High-vacuum systems specifically engineered for wafer-to-wafer bonding processes in advanced manufacturing.

5. Process Development Tools: Equipment tailored for research and development purposes and small-scale production in advanced materials processing.