Nordson Matrix

The X-platform series is a dedicated high speed inline automated X-ray inspection system for the inspection of PCB-assembly boards for single/multipanels or samples in trays. The system offers market leading inspection speed and is ideal for a low-mix high-volume production environment.

The Nordson MATRIX system solutions present a modular inspection concept. The platforms feature up to 4 advanced technologies in one system:

  • Transmission X-ray imaging (2D) with patented Slice-Filter-Technique™ (SFT), Off-Axis technology
    (2.5D) and 3D SART (Simultaneous Algebraic Reconstruction Technique).

X-series configurations:

  • X2 Transmission (2D) + SFTTM.
  • X2.5 Transmission (2D) + SFTTM + Off-Axis (2.5D).
  • X3 Transmission (2D) + SFTTM + Off-Axis (2.5D) + 3D SART.

The X#-platform series is an inline automated X-ray system which covers a wide range of AXI applications. It is a flexible platform with very versatile fields of use depending on the application requirements. The inspectable applications range from component level inspection for wire bonds, large SMT boards, high-power electronic modules up to fully assembled modules.

Highlights:

  • Flexible setup for inline pass through or same-side in/out configuration.
  • Combination with line scan camera for high throughput.
  • Auto BCR scanning station (x-y gantry).
  • Low-dose radiation filter.
 

Available Setups:

  • SMT setup for component and solder-joint inspection on PCB.
  • High Resolution setup for chip level assembly.
  • Final Assembly and Test (FATP) setup for complete modules and consumer products.

  • High Power setup for power hybrid/IGBT devices and battery.

Available Configurations:

  • X2# Transmission (2D) + SFT™.
  • X2.5# Transmission (2D) + SFT™ + Off-Axis (2.5D).
  • X3# Transmission (2D) + SFT™ + Off-Axis (2.5D) + 3D SART.

The platform features up to 4 advanced technologies in one system: Transmission X-ray imaging (2D) with patented Slice-Filter-Technique™ (SFT), Off-Axis technology (2.5D) and 3D SART (Simultaneous Algebraic Reconstruction

 Technique).

 

 

 

 

 

 

 

 

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