AMADA WELD TECH's next generation Linear DC Weld Controls are engineered for precision, connectivity and automation.
AMADA WELD TECH announces the release of its next-generation UB Series Linear DC Resistance Weld Controls, engineered for precision, connectivity, and automation readiness. The latest evolution of the UB platform delivers faster closed-loop feedback, expanded data handling, and enhanced network security helping deliver precise, repeatable results for the kinds of critical applications found in the medical device manufacturing industry.
Advanced Process Control
The UB Series incorporates 40 kHz closed-loop feedback, providing even faster and more accurate control of current or voltage compared with previous models. This high-speed sampling ensures precise energy delivery and stable waveforms, resulting in improved weld consistency, reduced part distortion, and higher process reliability.
An all-new “Weld to Displacement” feature adds another dimension of control, automatically ending the weld once a programmed displacement target is reached—ideal for delicate or variable materials.
Automation-Ready Connectivity
Designed for both benchtop use and integration into a fully automated system, the UB Series features a new integrated 10-inch high-resolution touchscreen or optional remote display for flexible installation in production cells. Modern industrial communication protocols – REST API, MQTT (IoT), EtherNet/IP (optional), RS-232, and Direct I/O – enable seamless integration into Industry 4.0 environments.
Data Handling and Network Security
Full waveform data for current, voltage, power, and resistance is captured at 40 kHz and stored at 16-bit resolution for detailed process monitoring and statistical analysis. Remote access allows engineers to perform diagnostics, software updates, and maintenance securely over the network. To protect connected systems, the UB Series employs certificate-based authentication and TLS encryption via OpenSSL, ensuring high-level data protection in connected manufacturing environments.
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