Robotic near-field measurement system

Design analysis through measurement

BAT-SCAN

As a pioneer and market leader in the treatment of electromagnetic waves, NEXIO has used its experience and know-how to develop BAT-SCAN.

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with a solution, a better understanding of their product, and short- and medium-term avenues for improvement.

BAT-SCANNER

It helps design electronic circuits by assessing their behavior from an EMC point of view.

Locating the cause of a problem is 80% of problem solving.

Specifications

Repeatability

0.1 mm Max. speed 1m/s

Measurement volume

500 x 500 x 400 mm

Weight

11.2 kg

Integrated camera

high resolution 4K

Effective measurement accuracy

0.1 mm

Probe protection system

7 reasons to use BAT-SCANNER

  • Reduce the number of qualification test days with pre-qualification.
  • Reduces investigation time and correction costs, finds and locates risks and causes of problems
  • Control the performance of products and their evolution, analyze EMC performance in real time, help understand phenomena, impact of shielding, filters, etc.
  • Maintenance of product quality and obsolescence, fast, accurate and reproducible comparison, assistance in choosing solutions and components, cost savings.
  • Transportable for confidentiality and teamwork.
  • Collaborative through its mobility and visual representation for all project trades.
  • Precise, fast and simple: anyone can use it, no EMC knowledge required.

Automation with BAT-SCAN

NEXIO has developed industrial software adapted to scanner measurements. BAT-SCAN adapts to all robotic systems and offers a multitude of dedicated functions.

Customer benefits

  • Examine EMC failures observed during radiated emissions testing
  • Help maintain compliance due to design changes or component obsolescence
  • Characterize shield leakage (location, quantification, etc.)
  • Evaluating the impedance mismatch of PCB tracks
  • Optimize IC/PCB or PCB/box placement to reduce self-disturbance phenomena
  • Manual re-measurement functions (endpoints, suspects)
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