Used MTI FLEXIFAB #97296 for sale

MTI FLEXIFAB
Manufacturer
MTI
Model
FLEXIFAB
ID: 97296
Developer system, configuration: Send-Rec/ Develop/ Bake/ Bake 275C stepper driven hot plates Puddle or fan spray develop dispense Side dispense for DI water Additional dispense such as backside EBR, backside wash, top side EBR or bowl wash are available.
MTI FLEXIFAB is a photoresist equipment developed by Material and Testing Instruments (MTI) for the fabrication of complex semiconductor devices. The system offers a high degree of flexibility, allowing for the creation of a wide range of structures, including blind vias, step coverage and surface profiles. The unit consists of two main components - a photoresist deposition machine and a pattern generator. The photoresist deposition tool is designed to uniformly deposit a layer of photoresist across a substrate. It utilizes a high-capacity automated resist spinner to precisely control the resist application process. The spinner is capable of depositing the resist at different speeds and is highly repeatable, allowing for consistent results across different substrates. The second component is a pattern generator. This device is used to print a pattern onto the deposited photoresist, which serves as a guide for the etching process. The pattern can be programmed into the asset to precisely control the size and shape of the structures created. The device also includes a camera that can be used to identify defects in the pattern, allowing for adjustments to be made as needed. The combination of these two components provides a number of advantages over traditional photolithography processes. One such benefit is the model's ability to create intricate three-dimensional structures that are impossible with traditional lithography techniques. Additionally, the highly precise control over the resist application and patterning processes results in improved line resolution, as well as greater process repeatability. Overall, FLEXIFAB is a highly effective equipment for fabricating complex semiconductor devices. Its precise control and flexible features enable the creation of highly intricate designs with improved line resolution, yield, and repeatability. As such, it is an ideal choice for modern semiconductor production processes.
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