From the first spark in a classroom to full industrial deployment – Seabery covers every stage of the welding training journey
Introductory simulation for secondary schools. Safe, engaging, no consumables required.
Advanced multi-process training for vocational school and trade certification centers.
Robotics welding cell simulation for automation centers and Industry 4.0 programs.
Enterprise-grade training platform with analytics and LMS integration for industry.
Built for private companies and industrial manufactures that demand measurable ROI on workforce training. WeldingPRO combines enterprise-scale simulation, deep analytics, digital replica components, and multi-site LMS integration – so you can close skills gaps fast and keep production moving.
The benchmark for welding training centers worldwide. The Seabery Welding Simulator – powered by the HyperReal Sim – delivers industry-accurate arc physics, multi-process support, and objetive competency assessment trusted by vocational schools, colleges, and trade certification bodies.
As robotics welding cells become standard in modern manufacturing, the need for qualified operators has never been more urgent. Seabery Robotics Welding closes the skills gap between manual expertise and automated production – no downtime, no risk to real hardware.
Bring the welding arc intro the classroom – with zero risk. Seabery STEM Welding is built for secondary schools and technical institutes that want to make welding an accessible, engaging STEM discipline, without the cost or hazard of real consumables.
A versatile, AR-driven welding solution adaptable to any sector, delivering hyper-realistic training that scales effortlessly across all industrial applications to build the next generation of experts.
Industrial occupations are gaining renewed importance as companies face more demanding production standards, technological change, and a growing need for qualified talent. In this context, salary levels offer a useful perspective on how the labour market values technical expertise, adaptability, and the ability to perform reliably in complex industrial environments.
Seabery has signed a Memorandum of Understanding (MOU) with Korea Polytechnic University (Nam-Incheon Campus), marking a significant step forward in the advancement of innovative welding education through Augmented Reality (AR) technologies.
Robotic welding has become a key part of modern manufacturing as companies look for greater consistency, productivity, safety, and process control. In industrial environments where welding quality directly affects structural reliability, repeatability is no longer optional.
