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EVG®850 LT

Wafer bonding is a critical enabling technology for SOI wafer fabrication and wafer-level 3D integration. The EVG®850 LT automated production bonding system supports mechanically aligned SOI and direct wafer bonding with LowTemp™ plasma activation. Combining all essential steps for fusion bonding—from cleaning and plasma activation to pre-bonding and IR inspection—the EVG®850 LT streamlines the process in a single system. Field-proven and industry-standard, the EVG®850 LT ensures a high-throughput, high-yield production process, delivering void-free bonds for reliable results.

Features:

  • SOI and direct wafer bonding with EVG's LowTemp™ plasma activation
  • Suitable for a wide range of fusion/molecular wafer bonding applications
  • Production system built to operate in high-throughput, high-yield environments
  • Automated cassette-to-cassette operation (ergo load, SMIF or FOUP)
  • Contamination-free backside handling
  • Megasonic and/or brush cleaning
  • Pre-bonding with mechanical flat or notch alignment Advanced remote diagnostics

Applications:

  • Silicon-on-Insulator (SOI) Wafer Fabrication
    The EVG®850 LT is instrumental in producing SOI wafers by bonding a thin silicon layer onto an insulating substrate, a process vital for advanced semiconductor devices.

  • Direct Wafer Bonding
    Facilitates direct bonding of wafers without the need for intermediate adhesives, enabling the creation of engineered substrates and layer transfer applications.

  • 3D Wafer-Level Integration
    Supports wafer-level 3D integration by enabling the bonding of multiple wafer layers, essential for advanced packaging and heterogeneous integration.

  • Backside Illuminated (BSI) CMOS Image Sensors
    Enables the fabrication of BSI CMOS image sensors by bonding wafers with precise alignment, enhancing the performance of imaging devices.

  • Advanced Substrate Bonding
    Applicable in bonding various advanced substrates, including compound semiconductors and MEMS devices, for the development of next-generation electronic and photonic systems.

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