Brazil Showcases Advanced Robotics Revolutionizing Industry Automation
Brazil is advancing industrial automation with innovative robotics in mining and human-machine interaction, showcased at major 2026 events.
- • Lincoln Electric introduced a collaborative welding robot at Exposibram 2026 for mining applications, costing R$700,000 to R$800,000 per system.
- • The robotic welder can replace three to four welders, improving productivity and reducing worker exposure to hazardous conditions.
- • The Campinas Innovation Week 2026 will showcase the VLM Robot, which understands natural human language and adapts movements via AI and computer vision.
- • These advancements demonstrate Brazil’s drive to enhance industrial automation, attracting younger workers and improving human-machine collaboration.
Key details
Brazil is witnessing significant advancements in automation robotics across key industrial sectors, highlighted by new innovations in both mining and human-machine interaction. At Exposibram 2026 in Belo Horizonte, Lincoln Electric introduced a collaborative welding robot designed to address the mining industry's acute shortage of skilled welders. Priced at R$700,000 to R$800,000 for a complete system, this programmable robotic arm can replace the work of three to four welders, automating tasks traditionally performed under harsh conditions such as high temperatures and physical strain. Marcos Silva, sales executive at Lincoln Electric, explained the robot enhances productivity and reduces workers' exposure to difficult environments. Moreover, the robot's modern technology is seen as a way to attract younger workers to mining, a sector struggling with declining interest due to its strenuous nature. Lincoln Electric, while U.S.-based, supports the Brazilian market with local technical assistance and has deployed 72 units across various industries including mining.
In parallel, the Campinas Innovation Week (CIW) 2026, scheduled for September 14-18 at the Prédio do Relógio, will present a pioneering robot that comprehends natural human language. Developed by the SiDi Institute of Science and Technology, the VLM Robot integrates artificial intelligence, computer vision, and robotics to interpret human commands and adapt its movements dynamically to the surrounding environment. This advancement marks a significant step toward more intuitive human-robot collaboration, enhancing operational efficiency across varied settings.
Together, these technological breakthroughs underline Brazil's growing embrace of automation robotics to optimize industrial performance. The mining sector gains through safer, more productive welding solutions, while innovations like the VLM Robot enhance human-machine interaction, reflecting Brazil’s commitment to leading in industrial automation technology.
This article was translated and synthesized from Brazilian sources, providing English-speaking readers with local perspectives.
