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Move complex, business-critical equipment

Whether you’re moving a single piece of equipment or an entire production line, our trusted team of engineers can support every step of your move, from rigging to end-to-end relocation support across the globe.

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EVG®560

The EVG®560 is a highly configurable production bonder, designed to deliver high-yield bonds with enhanced process control and automation. It builds on the proven bond chamber design of EVG's manual bonding systems, incorporating key features for optimised performance. A robot handling system automates the loading and unloading of process chambers, streamlining operations for efficient, high-volume production.

Features

  • Fully automated processing with automated loading and unloading of bond chucks
  • Up to four bond chambers for various bonding processes
  • Compatible with EVG mechanical and optical aligner including SmartView
  • Simultaneous rapid heating and cooling on top and bottom side
  • Automatic loading and unloading of bond chambers and cooling station
  • Remote online diagnostics

Applications

  • High-Volume / Production Bonding        
    In processes where bonding is a bottleneck, the automation and multi-chamber design help scale to production volumes.

  • Wafer-Level Packaging / 3D Integration        
    Bonding wafers in packaging, stacking dies, heterogeneous integration, advanced packaging flows benefit from full automation and high throughput.

  • MEMS / Sensor Packaging        
    MEMS devices often need wafer-level sealing or capping; the 560 allows integration of such bonding steps into high-volume manufacturing.

  • Process Scaling & Transfer        
    Because bond chamber designs are compatible with those used in manual and semi-automated tools, processes developed earlier can be transferred or scaled to the 560.

  • Flexible / Mixed Bonding Flows
    The multiple bond chamber concept allows different bonding modalities to run in parallel or change over as required (e.g. one chamber for eutectic, one for direct, etc.).

  • High Reliability / Yield-Critical Bonds       
    The uniform thermal control and automation reduce process variability, improving bond uniformity, yield, and reproducibility.

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