iSpector JDz 520 AOI

iSpector JDz

Entry Level AOI

iSpector desktop AOI

iSpector JDz Entry Level AOI Systems

Mek iSpector desktop AOI logo

Mek iSpector JDz – affordable AOI systems, available as desktop or inline.

A new entry-level AOI-system, the Mek iSpector JDz delivers the fastest return on investment for EMS customers that seek optical flexibility, easy programming & usage and the highest inspection performance guarantees.

What makes the JDz AOI platform different to other AOI-systems?

The JDz uses a Z-axis for maximum flexibility in THT and sandwiched SMD inspection. The Z-axis enables inspection of objects at different height levels such as sandwiched PCB’s, tall components or positional measurement of tall connector pins. The Z-Axis can move the complete inspection head equipped with a 5 megapixel camera, including the coaxial lighting system, resulting in a large Field of View of 36.0mm x 30.0mm and 15µ resolution.

This flexibility, combined with fast software programming times, result in the perfect AOI system for customers with low volume, high mix production requirements looking for high-quality AOI with a low price tag.

The JDz is available as a Desktop AOI or Inline AOI with a high clearance for THT and SMT.

  • Clearance on iSpector JDz Desktop System: +60mm and -60mm
  • Clearance on iSpector JDz Inline System:  +60mm and -35mm (optional -60mm) from the PCB surface.

The JDz AOI system features a 5 megapixel camera. In combination with the coaxial lighting and the 3D meniscus profile, the machine can inspect whether a PCB has good solder, no solder, lack of solder or excess solder for both SMT and THT solder joints.

The Mek iSpector series is fully compatible with Mek’s Catch System for full traceability and industry 4.0 readiness. There is no compromise on the wide range of inspection algorithms and component libraries. The Catch System comprises the following modules: Database CS Center, CS Repair, CS Analyser and CS Watch.  Catch is a fully scalable solution from single AOI stations to multiple machines.