Where the spray step meets your yield
Wafer cleaning and chemical delivery run on tight thickness and cleanliness tolerances. We'll walk through how a deviating nozzle becomes a defect source.
Bring us a spray step. We'll talk through where nozzle deviation shows up in your process.
Sessions are scheduled one at a time with the Spray Analysis and Research Services team, so there is room to work through your own process conditions rather than a general product walkthrough.
Appointments are scheduled individually so there is time for a detailed technical review.
Wafer cleaning and post-CMP rinse, chemical delivery, photoresist coating, developer application, edge-bead removal, and other steps where spray condition affects first-pass yield.
Wafer cleaning and chemical delivery run on tight thickness and cleanliness tolerances. We'll walk through how a deviating nozzle becomes a defect source.
Droplet size, spray pattern, flow rate, and coverage tracked in production, so clogging, misalignment, and wear are flagged before they reach a lot.
Overspray from a misdirected nozzle costs specialty chemistry and water, and it usually surfaces on the utility bill first. We'll look at how deviation detection reduces it.
Visibility into spray health that doesn't rely on operator intuition alone, for teams bringing new capacity to yield quickly.
The Spray Analysis and Research Services team at Spraying Systems Co. brings research-grade spray measurement onto the production floor.
Rudi turns scientific research into products that grow businesses. He has secured more than 15 patents and launched Spraying Systems Co.'s Spray Analytics business, the company's entry into energy and storage markets. He has mentored the scientists and engineers who contributed to more than 10,000 products, with impact across energy, food, and agriculture.
Tell us which spray step you want to work through. A member of our technical team will contact you directly to confirm the date and time.