

FANUC painting robots provide precise and consistent coating for automotive painting applications, with models offering payloads up to 45 kg and reaches up to 2.8 m. Explosion-proof, ATEX-compliant designs, hollow wrists and flexible mounting options support reliable automotive manufacturing automation across demanding painting and dispensing environments.
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FANUC collaborative robots combine compact design, flexible mounting and quick setup for applications where people and automation work closely together. With fast changeovers, easy integration and advanced servo technology, the series supports flexible automotive manufacturing automation, including assembly, handling and other production applications.
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The FANUC M-2000 Series handles payloads of up to 2.3 tonnes with reaches up to 4.7 m, making it suited to the heavy-duty handling needs of automotive manufacturing. Its rigid construction enables stable transfer of super-heavy parts, while IP67 protection and heavy-duty components support reliable operation in demanding environments.
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Designed for robotic welding, the FANUC ARC Mate Series combines high payload and long reach with a compact design for automotive production environments. Its hollow wrist reduces welding cable wear, while flexible mounting, quick integration and high-speed servo technology support efficient robots in automotive manufacturing and consistent welding performance.
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Automate welding, material handling, sealing and inspection of automotive body and structural components with high-speed robotic solutions designed for consistent production.

Support the machining, handling, and inspection of engine and powertrain components with precision CNC systems and industrial robots designed for demanding production environments.
Improve the production of wheels, seats, panels, brackets, and other automotive components through robotic handling, machining, assembly, painting, and inspection.

Support the growing EV sector with industrial automation, CNC machining, and robotic solutions for the production and handling of batteries, motors, and other electric vehicle components.
