News & Events

1802_FTS-AGV_208
01.02.2018

DYCONEX opts for automated guided vehicles

DYCONEX AG successfully tests the production use of self-driving transport robots with a view to automating internal goods flows between departments and clean room zones.

DYCONEX at SENSOR+TEST 2018

SENSOR+TEST

Measuring, Testing, Monitoring
June 26 - 28, 2018
Messezentrum Nuremberg, Germany
Hall 1, Booth# 538

DYCONEX at PCB West 2018

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PCB Industry
September 12, 2018
Convention Center, Santa Clara, CA, USA
Booth# 203

DYCONEX at Electronics System-Integration Technology Conference 2018 (ESTC)

estc_logo

Conference on electronics and systemintegration technology
September 18 - 20, 2018
The Westin Bellevue Hotel, Dresden, Germany

Presentation by Dr. Eckardt Bihler 
Hermetic LCP modules with NFC communication


DYCONEX IMPLEMENTS STATE-OF-THE-ART REGISTRATION PROCEDURE

In order to respond to the ever increasing demands for finer features, higher reliability and shorter lead times for multilayer PCBs, DYCONEX has engineered a state-of-the-art registration workflow.

As PCB designs become more complex, the implications of dimensional instability and registration errors become more severe. A key factor in mastering this challenge is an advanced registration methodology together with dedicated manufacturing equipment. There are two essential prerequisites for the new process: first, laser direct imaging (LDI) exposure technology and second, state-of-the-art X-ray measuring and drilling equipment that generates high-quality fiducials after lamination. On their own, either LDI or
X-ray drilling add value to improve the registration process. However, only the combination of the two together with a comprehensive and dedicated alignment of our production process provides the technological abilities to achieve optimal results. The new registration procedure is compatible with all existing processes.

 

As a direct result of this improvement in capability, DYCONEX sees significant customer benefits including:

  • Significantly improved layer to layer alignment
  • higher process robustness
  • better product quality and product reliability
  • reduced process times
  • cost reduction
  • increased productivity
  • less mechanical stress on the PCB during production, especially for thin flex products
  • improved material traceability