Across industrial and educational sectors, training methodologies are undergoing a profound transformation. Digitalization, automation, and extended reality technologies are no longer optional—they are essential tools to close skills gaps, improve safety, and ensure consistent quality. Augmented Reality (AR), in particular, is redefining how manual skills such as welding and industrial spray painting are taught, practiced, and assessed.
This year marks a significant milestone in that evolution, with major product updates focused on realism, robustness, scalability, and accessibility. From advanced welding simulation to immersive spray painting and STEM-focused learning tools, these updates reflect a broader industry shift toward data-driven, sustainable, and future-proof training solutions.
Seabery Welding Simulator (Soldamatic V6): A Major Leap in Welding Simulation
The release of Seabery Welding Simulator (Soldamatic V6) introduces one of the most comprehensive updates in AR-based welding training to date. The new version focuses on four strategic pillars: improved detection quality, enhanced simulation realism, expanded robotics capabilities, and closer alignment with global market standards
Stronger detection
Seabery Welding Simulator integrates new cameras and redesigned color coupons that significantly improve tracking performance. The system now delivers up to four times more robust marker detection, ensuring stable performance even under challenging lighting conditions. A 60% increase in frame rate provides a smoother visual experience, reducing motion blur and enhancing user comfort during long training sessions
Robotics
Seabery Welding Simulator also strengthens its robotics offering with a new professional-grade torch, improved robotic torches, and optimized AWM designs for automated welding scenarios.
More inmersive simulation
Simulation realism has been reinforced with dynamic audio feedback that responds in real time to arc length variations. This helps trainees develop a more intuitive understanding of welding behavior.
Expanded educational offering
At the same time, new courses and langugaes aligned with DVS, AWS, TWI (CSWIP), JIS, NIL, and Korean Welding Society standards expand the simulator’s global relevance, making it suitable for internationally recognized certification pathways
For context on how digital welding technologies are reshaping workforce development globally, the American Welding Society provides valuable industry insights:
Seabery Spray Painting Simulator: Hyper-Realistic Industrial Coating Training
Seabery Spray Painting Simulator represents a major expansion beyond welding, addressing the growing need for safe, efficient, and environmentally responsible industrial painting training. Powered by augmented reality, the solution delivers one of the most realistic spray painting experiences available outside of real-world applications.
Real Equipment, Real Skills, Zero Risk
Unlike VR-based systems, this simulator uses real spray guns with authentic weight and controls, combined with AR visualization. Trainees practice real movements in real spaces, which is critical for muscle memory development. The system supports high realism graphics based on PBR and ray tracing, remastered HD sound, and simulation models built on real industrial testing data
Advanced Analysis and Sustainability
The platform includes a powerful analysis module that evaluates dry film thickness, coverage, transfer efficiency, paint consumption, time spent, and common defects such as orange peel and sagging. By reducing paint waste, emissions, and rework, the simulator aligns training with modern sustainability goals—an increasingly important factor in industrial education.
Welding PRO: Accelerate proficiency, Ensure quality, Deliver on time.
Seabery Welding PRO is designed specifically for industrial environments where productivity, quality, and delivery timelines are critical. It goes beyond simulation by offering a complete welding upskilling program that integrates digital twins, WPS optimization, and performance analytics
Welding Upskilling Program
The solution allows companies to replicate real parts, positions, and procedures using digital twins based on their own PQRs and WPSs. Welders can increase arc-time without material waste, while instructors track measurable KPIs through the analysis module. According to documented use cases, welders can reach proficiency up to 33% faster, while reducing consumable usage by as much as 66%.
Seabery STEM Welding: Inspiring the future workforce
Seabery STEM Welding addresses a different but equally important challenge: attracting young people to industrial careers. Designed as a fully wireless, portable, and gamified AR solution, it allows students to experience welding safely and intuitively.
The system uses physical workpieces, real torches, visual guides, and simplified parameters to lower the barrier to entry. By combining engagement with education, STEM Welding promotes career exploration and helps bridge the gap between schools and technical training pathways—an essential step in tackling long-term workforce shortages
Overview of This Year’s Product Updates
| Solution | Main Focus | Key Benefits |
| Seabery Welding Simulator | Advanced welding simulation | Higher realism, better detection, robotics integration, global certifications |
| Spray Painting Simulator | Industrial coating training | Real equipment, sustainability, defect analysis |
| Welding PRO | Industrial upskilling | Faster proficiency, cost reduction, digital twins |
| STEM Welding | Early education | Engagement, accessibility, career inspiration |
How Seabery’s Solutions Stand Out
What unifies all these updates is a consistent methodology: train real skills with real movements in real environments, enhanced through augmented reality. By combining hardware, software, analytics, and structured curricula, Seabery’s solutions reduce risk, improve learning outcomes, and help organizations adapt to evolving industrial demands.
Building Skills for Tomorrow’s Industry
This year’s product updates demonstrate a clear commitment to innovation, realism, and impact. From advanced welding simulation and industrial spray painting to workforce upskilling and STEM engagement, these solutions respond directly to today’s training challenges—while preparing learners and industries for what comes next.
