#United States #Phoenix #NanoPositioning #SEMI_CON #PI_Motion

Innovations in Motion Control at SEMICON West 2025

At SEMICON West 2025, taking place in Phoenix, PI (Physik Instrumente) is set to impress attendees with its high-precision motion control technologies. Located at booth #912, the company will feature groundbreaking demonstrations that highlight their range of nanopositioning solutions designed specifically for the semiconductor industry.

Key Demonstrations and Technologies

One of the most notable displays will be their advanced multi-axis wafer stages. These systems are engineered for efficient film metrology and wafer inspection, showcasing PI's commitment to precision in semiconductor manufacturing. In addition to this, attendees will have the opportunity to see piezo-driven platforms capable of achieving nanometer-level positioning, ensuring unparalleled accuracy in every application.

Moreover, PI's air-bearing stages are specifically refined for tasks related to wafer metrology and stealth dicing processes. This innovative design minimizes friction and drag, allowing for smoother and more reliable motion control.

Featured Technologies Include:

• - Miniature Piezo Stages: Compact yet powerful, suitable for various high-precision applications.
• - Vacuum-Compatible Motorized Stages: Ideal for semiconductor test environments that require stringent cleanroom conditions.
• - Silicon Photonics Alignment Systems: Facilitating the alignment processes critical for the development of silicon-based photonic devices.
• - 6DOF MagLev Positioning Solutions: Offering picometer resolution, an unmatched level of precision essential for advanced research and development.

Attendees can also explore fast nano-focus stages designed for surface metrology tasks, featuring options for both piezo and voice-coil actuation. These choices provide the flexibility needed for diverse metrology applications.

Broad Range of Applications

The impressive range of PI’s precision solutions supports various semiconductor processes, including essential functions like nano-lithography, laser optics integration, mask and critical dimension measurement, wafer inspection, and finally, wafer dicing. But the impact of PI's innovations extends beyond semiconductors alone.

PI’s cutting-edge technologies are also facilitating advancements in other high-growth areas such as silicon photonics, quantum computing, industrial automation, high-resolution microscopy, and life sciences. This diverse application spectrum demonstrates PI’s ongoing commitment to driving innovation and supporting breakthroughs in global markets.

Conclusion

For those unable to attend SEMICON West 2025, a comprehensive overview of PI’s motion control solutions for semiconductor testing and manufacturing can be accessed online. The showcase at SEMICON West is more than just a display of technology; it is a testament to the future of precision engineering in the semiconductor space.

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Overall, PI’s participation at SEMICON West 2025 promises to highlight vital technological advancements that will shape the future of semiconductor manufacturing and related fields.