A South Australia Committee Event focused on:

• Advanced digital waveform processes & their applications

• Industry 4.0 connectivity & big data

Join the Weld Australia South Australia State Committee for a hands-on event that brings you face-to-face with the latest in welding technology.

See live demonstrations of cutting-edge digital waveform processes and learn how these innovations can boost productivity, quality and efficiency in your workshop.

Find out how to harness Industry 4.0 capabilities, improve connectivity, and manage big data in real-world fabrication environments. Whether you’re a welder or workshop owner, this session will deliver practical insights to help you stay competitive and future-ready.

This event is open to both members and non-members of Weld Australia. Reserve your spot today and be part of this exciting event.

WHO SHOULD ATTEND?

• Welders and Workshop Supervisors keen to improve skills and stay up to date with the latest tools and techniques.
• Fabrication Business Owners and Managers looking to boost productivity, quality, and competitiveness through new tech.
• Welding Engineers and Technical Specialists exploring advanced waveform processes and Industry 4.0 integration.
• Training, QA, and Safety Professionals focused on improving workforce capability, weld quality, and on-site safety.

WHY ATTEND?

• Discover and engage with the latest technologies and products in the welding industry.
• Interact with top subject matter experts during high-energy, interactive sessions.
• Enjoy a fun and dynamic evening with hands-on opportunities to test new tools and techniques.
• Learn more about advanced digital waveform processes, their applications and how they can boost quality and productivity.
• Find out how to harness Industry 4.0 capabilities, improve connectivity, and manage big data in real-world fabrication environments.

EVENT DETAILS

• Date: Thursday 4 September 2025
• Time: 5:30 PM – 8:00 PM (UTC+9.5)
• Location: W.E.S.S in Adelaide
• Address: 107 Cormack Road, Wingfield SA 5013