PRONOMIC presents ergonomic handling technology for the first time at LOGISTICS & AUTOMATION in Hamburg

Experience at LOGISTICS & AUTOMATION Hamburg how PRONOMIC’s ergonomic lifting and handling solutions reduce physical strain, protect employees’ health, and make workplaces in intralogistics and production sustainably more attractive.

PRONOMIC will be exhibiting for the first time at LOGISTICS & AUTOMATION in Hamburg in 2026, showcasing modular, ergonomic handling technology for intralogistics, sustainable occupational safety and efficient material handling.

As a system supplier for various types of lifting equipment, PRONOMIC presents modular handling technology that integrates seamlessly into existing processes – including mobile lifting trolleys, mini crane systems, wall- and ceiling-mounted crane systems as well as lift tables for ergonomic, height-adjustable working and transfer positions. The aim of all solutions is to relieve employees physically, optimize workflows and sustainably strengthen occupational safety at the same time.

“Many companies are facing the challenge of making their material handling processes more ergonomic and, at the same time, more economical. Good ergonomic design has become a key factor for employer attractiveness and effective occupational safety. With our individually configured solutions, we help companies reduce sickness and downtime costs and organize personnel deployment more efficiently through safe one-person handling,” says Daut Qerkini, Managing Director of PRONOMIC GmbH.

For more than 35 years, the international and continuously growing PRONOMIC team has focused on ergonomically optimized working environments and has been developing customized handling technology solutions for sustainable material handling. The predominantly mobile, modular systems are used in production, order picking, intralogistics, assembly and many other areas, enabling work that is gentle on muscles and joints – even with frequent or heavy lifting operations.

Companies benefit from improved ergonomic conditions, reduced physical strain, fewer accidents and downtimes, more stable and efficient processes, and a clear increase in sustainable occupational safety.