What is the UNISERS Project?
UNISERS is shaking up the semiconductor industry with a fresh, innovative approach to contamination analysis. As semiconductors become more sensitive, even the tiniest particles can cause major headaches, leading to costly waste during manufacturing. UNISERS tackles this challenge head-on by developing a groundbreaking technology that detects and characterizes the smallest particles on any wafer type. Their unique vacuum-based plasma coating technology makes impurities literally shine under their advanced optical microscope, making it easier than ever to spot contaminants and boost production efficiency.
Main Benefits of UNISERS Technology
The impact of UNISERS’ solution is huge, especially when it comes to saving time and cutting costs. Here’s a quick snapshot of what their tech brings to the table:
- Detects nanoparticles as small as 8nm — that’s seriously tiny!
- Speeds up contamination detection, helping manufacturers find sources faster
- Reduces chip waste by more than 50%, which means less money down the drain
- Enables earlier and more detailed identification of contaminants
- Helps save 10 billion liters of water, 500,000 tons of fossil fuels, and 20,000 tons of gaseous emissions with just a 1% yield improvement
Unique Technology Behind UNISERS
What sets UNISERS apart? It’s their all-in-house developed products and intellectual property. Their tech combines SEPS (Size and type determination of particles) with SERS (Surface Enhanced Raman Spectroscopy) to not only size particles but also capture the molecular fingerprint of individual nanoparticles. This dual approach is truly one-of-a-kind and gives semiconductor manufacturers a powerful tool to understand contamination like never before.
How UNISERS Enhances Semiconductor Manufacturing
By making contaminants glow under their optical microscope, UNISERS allows manufacturers to pinpoint issues quickly and accurately. This means less guesswork, faster troubleshooting, and ultimately a cleaner production line. The result? Higher yields, less waste, and a smoother manufacturing process. It’s a game-changer for an industry where every tiny particle counts.
Sustainability and Environmental Impact
UNISERS isn’t just about tech innovation — sustainability is at the heart of their mission. Semiconductor manufacturing is resource-intensive, and wasted chips mean wasted water, energy, and raw materials. By improving yields even slightly, UNISERS helps reduce the environmental footprint significantly. Their technology supports cutting down CO2 emissions and conserving precious resources, making semiconductor production greener and more responsible.
UNISERS and the Sustainable Development Goals (SDGs)
- SDG 9: Industry, Innovation, and Infrastructure — driving innovation in semiconductor manufacturing
- SDG 12: Responsible Consumption and Production — reducing waste and improving efficiency
- SDG 13: Climate Action — lowering CO2 emissions through better yield management
- SDG 6: Clean Water and Sanitation — saving billions of liters of water by reducing chip waste
The Future of Contamination Analysis with UNISERS
Looking ahead, UNISERS is poised to continue pushing the boundaries of contamination detection. Their startup spirit means they’re agile, forward-thinking, and ready to tackle the toughest challenges in semiconductor manufacturing. With their unique technology and commitment to sustainability, they’re not just improving processes — they’re shaping the future of the industry.
