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.

of users are satisfied
0 %

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

Built-in 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)
Testimonial

What our customers say

We'd like to congratulate you on the way you've taken into account our requirements for improved signal display in reverberation measurements.

Peter Seidler
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