At the 202X SEMICON China, EDWARDS, the global leader in vacuum solutions for the semiconductor industry, officially unveiled its latest generation of dry pump technology: the Ganymede Series. As the original pioneer of semiconductor dry pumps, EDWARDS has once again set a new industry benchmark. This global debut showcases a comprehensive upgrade in energy efficiency, environmental sustainability, intelligent operations, and spatial optimization, providing high-efficiency vacuum solutions for modern wafer fabrication.

The Global Head of EDWARDS Semiconductor remarked, "Our success is rooted in a rich history of technical leadership. As the creators of the first semiconductor dry pump, we bear the responsibility to push boundaries and innovate, helping our customers achieve excellence in their manufacturing processes."

1. Significant Reduction in Operational Costs

The Ganymede Series is engineered to address the core pain points of semiconductor manufacturers by optimizing the entire vacuum chain. By integrating advanced dry pump technology, the system achieves remarkable utility savings:

• Energy Consumption: Reduced by 50% compared to previous generations, directly slashing electricity overhead for fabs.
• Process Cooling Water (PCW): Usage decreased by 40%, lowering the load on circulation systems and reducing maintenance costs.
• Nitrogen Purge: Consumption reduced by up to 25%, further compressing the cost of specialty gas usage.

2. Industry-Leading Environmental Performance

As the most sustainable dry pump in the EDWARDS portfolio to date, the Ganymede Series reduces total lifecycle CO2 equivalent (CO2e) emissions by 49% compared to the iXH series. In an era of strict ESG compliance, this product enables semiconductor manufacturing equipment to operate with a significantly smaller carbon footprint, supporting global carbon neutrality goals.

3. Intelligent Data Empowerment & Predictive Maintenance

Equipped with EDWARDS' proprietary predictive maintenance system, the Ganymede series offers real-time monitoring of pump status, wear levels, and process parameters. This proactive approach allows for:

• Early detection of potential failure risks.
• Extended equipment service life and reduced unplanned downtime.
• Minimization of wafer loss due to equipment anomalies.
• Enhanced production stability and output.

4. Compact Design for Maximum Space Utilization

To meet the demands of advanced nodes, the Ganymede Series features enhanced powder handling capabilities and superior pumping speeds. Despite its increased power, the physical footprint has been reduced by 30%. This compact design allows for more flexible integration into existing industrial vacuum pump maintenance layouts and provides more "white space" for new fab planning, maximizing the production density of the factory floor.