An increasing number of wafer fabrication
applications require tight process control. Accurate chemical dosage and
precise process timing become critical for a high-quality output.
Manual and semi-automated controls are
susceptible to human error and a variation in how process steps are carried
out. These processes can be improved with the use of fully-automated wet
benches and chemical stations which help with consistent execution.
The combination of fully automated wafer
fabrication process and software ensures better repeatability, minimized waste
and improved production line performance.
Modutek designs and manufacturers their
fully automated wafer fabrication
equipment in-house to ensure
the highest quality standards are met. In addition, Modutek has developed their
own SolidWorks Simulation Professional and SolidWorks Flow Simulation software,
which will provide a consistent automated process and ensure correct dosages.
The software can also perform simulations and track chemical use.
Modutek offers standard wet bench
chemical stations or customized equipment to meet the customers' exact
standards and specific application. They can handle both solvent and acid
applications, and the equipment can process sizes up to 30 inches by 60 inches.
There are a number of benefits in using fully automated
wafer fabrication equipment. The process is set up and can be run repeatedly with minimal monitoring.
It also allows for improved process control and accurate chemical dosage,
precise timing of process steps, exact replication of the process sequence, and
full neutralization of chemical waste. A fully automated process also reduces
the use of chemicals. Process output remains consistent, the number of
defective results is low, and production line and productivity are improved.
Read the entire article “Improving Process
Control with Fully Automated Wafer Fabrication Equipment” and then call
Modutek at 866-803-1533 to get a free consultation. You may also send an email
to Modutek@modutek.com with any questions
you may have.
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