Blog navigation

Latest posts

RF-Lambda High-Power EMC Amplifiers from 6 to 40 GHz
RF-Lambda High-Power EMC Amplifiers from 6 to 40 GHz
0 views

Discover RF-Lambda high-power EMC amplifiers: 1,500 W CW from 6–18 GHz and 450 W CW from 18–40 GHz for demanding RF...

View full article
RF-Lambda RF Components up to 120 GHz: Switches, Filters and Waveguides
RF-Lambda RF Components up to 120 GHz: Switches, Filters and Waveguides
147 views

Explore RF-Lambda RF switches, digital attenuators, filters, waveguides, isolators and power dividers for advanced...

View full article
FCC Bulk Current Injection Probes for Conducted EMC Immunity Testing
FCC Bulk Current Injection Probes for Conducted EMC Immunity Testing
180 views

Explore Fischer Custom Communications BCI probes for EMC immunity testing from 10 kHz to 2.1 GHz. Models,...

View full article
JFW Industries Introduces Programmable RF Attenuators up to 6 GHz
JFW Industries Introduces Programmable RF Attenuators up to 6 GHz
193 views

Discover JFW Industries' programmable RF attenuators covering 200 MHz to 6 GHz, with 0–127 dB attenuation for...

View full article
EMC PARTNER: Modular EMC Immunity Testing Equipment
EMC PARTNER: Modular EMC Immunity Testing Equipment
217 views

EMC PARTNER offers modular test equipment for transient EMC immunity testing. From EFT/Burst and Surge to Ring Wave,...

View full article

NEXIO BAT-EMC – Automated EMC Testing with EMCO

693 Views
 

BAT-EMC von NEXIO –  Automatisierte  EMV-Prüfung mit EMCO

NEXIO BAT-EMC: Efficiency and Precision in Automated EMC Testing

Automation is becoming increasingly important in modern EMC test laboratories. With BAT-EMC, NEXIO provides an established software solution for laboratories and manufacturers looking to fully automate emission measurements and immunity tests.

Automation for demanding EMC laboratory environments

BAT-EMC covers the complete test workflow, from test control through to standards-compliant reporting. The modular platform is designed for a wide range of EMC applications, including conducted measurements, radiated measurements, device under test monitoring and automated report generation.

By automating test sequences, laboratories can improve efficiency, increase repeatability and reduce manual intervention in daily EMC testing operations.

Hardware independence and flexible integration

One of the key advantages of BAT-EMC is its hardware independence. The software supports more than 500 devices, allowing it to be flexibly integrated into existing laboratory environments.

This provides EMC laboratories with a high level of investment protection, as existing measuring instruments, control equipment and test infrastructure can continue to be used and integrated into automated test sequences.

Continuous development for future-proof EMC testing

BAT-EMC is continuously evolving. Improved performance, a modern user interface and extended standards coverage position the software as a future-proof automation platform for EMC testing.

The solution is particularly suitable for industries with demanding requirements for traceability, efficiency and test reliability, including automotive, aerospace, industrial electronics, defence and medical technology.

EMCO as local partner in the DACH region

In the DACH region, BAT-EMC is distributed and supported by EMCO Elektronik. Customers benefit from local technical support and a direct interface with the developers.

In demanding EMC laboratory environments, this proximity is a decisive factor for fast implementation, reliable operation and practical technical support.

Conclusion

With BAT-EMC, NEXIO offers a powerful and flexible platform for automated EMC testing. Combined with EMCO Elektronik’s technical expertise and local support, laboratories and manufacturers gain a solution designed to improve efficiency, repeatability and standards-compliant documentation in EMC test processes.