Explore ABB's industrial robots, collaborative automation, autonomous mobile robots, AI-powered applications, and advanced software for manufacturing and logistics.
ABB Robotics develops industrial robots, collaborative automation, and intelligent systems for manufacturing and logistics.
ABB Robotics is a global robotics manufacturer specializing in industrial automation, robotic systems, and intelligent manufacturing technologies. The company develops robotic solutions for industries including automotive, electronics, food and beverage, pharmaceuticals, consumer goods, and logistics.
Its extensive portfolio includes articulated industrial robots, collaborative robots, SCARA robots, delta robots, autonomous mobile robots, and advanced robotic software. ABB combines robotic hardware, motion control, machine vision, and automation software to help businesses improve productivity, precision, and operational flexibility.
ABB robots perform a wide range of industrial tasks, including welding, assembly, material handling, packaging, palletizing, machine tending, and quality inspection. Its robotic systems are designed for applications ranging from high-speed production lines to flexible manufacturing cells and automated distribution operations.
The company supports automation through integrated controllers, simulation software, sensors, and specialized end-of-arm tooling. By combining these technologies, ABB enables manufacturers and logistics operators to automate repetitive processes, adapt to changing production requirements, and coordinate robotic equipment across complex industrial environments.
ABB's IRB series includes six-axis industrial robotic arms designed for applications ranging from precision assembly to heavy-duty material handling. Models such as the IRB 1200, IRB 2600, IRB 6700, and IRB 8700 offer different combinations of payload capacity, working reach, speed, and positioning accuracy.
Smaller IRB robots support compact manufacturing cells and repetitive assembly operations, while larger models handle automotive components, heavy machinery, and industrial materials. These robots can be equipped with specialized grippers, welding tools, inspection cameras, and other end effectors to perform a variety of automated tasks.
ABB manufactures SCARA robots for fast horizontal movements and precision assembly, including the IRB 910SC and IRB 920 series. These robots are commonly used for electronics manufacturing, component insertion, small-part handling, and automated assembly processes requiring high repeatability.
The company's FlexPicker delta robots, including the IRB 360 and IRB 365, are designed for high-speed picking, sorting, and packaging operations. Their parallel-link mechanical structures allow rapid movements above conveyor systems, making them suitable for food processing, consumer goods packaging, and automated product handling.
ABB's collaborative robot portfolio includes GoFa, SWIFTI, and YuMi, offering different approaches to human-robot collaboration and flexible automation. GoFa provides six-axis robotic handling for assembly and material movement, while SWIFTI combines industrial robot performance with safety technologies for collaborative applications.
YuMi is designed for precision assembly and small-component handling, with dual-arm and single-arm configurations available for different production requirements. These robots support applications where manufacturers need adaptable automation, compact workcells, and the ability to operate near employees under appropriate safety conditions.
ABB's autonomous mobile robot portfolio, developed through its ASTI Mobile Robotics business, provides automated transportation solutions for warehouses, factories, and distribution facilities. Its Flexley family includes mobile platforms and autonomous forklifts designed to move pallets, containers, racks, and other industrial materials.
These vehicles use autonomous navigation and fleet management technology to transport materials between production lines, storage areas, and processing stations. By replacing some fixed transportation routes with mobile automation, facilities can reconfigure material flows and support changing manufacturing or logistics requirements.
ABB industrial robots support automated welding, component assembly, machine loading, and palletizing across manufacturing environments. Specialized systems integrate robotic arms with welding equipment, gripping tools, machine interfaces, and production controls to perform repetitive operations with consistent positioning and timing.
In logistics and packaging, ABB robots stack cartons, bags, containers, and other products onto pallets using application-specific tooling and palletizing software. Its robotic systems also load and unload CNC machines, injection molding equipment, and other industrial machinery, helping coordinate production processes and reduce manual material handling.
ABB develops intelligent robotic picking systems that combine machine vision, artificial intelligence, and automated gripping to identify and manipulate products. Its Robotic Item Picker, Robotic Parcel Inductor, and Robotic Fashion Inductor address applications such as individual product handling, parcel sorting, and automated apparel induction.
These systems use vision-guided robotic movements to process items with varying shapes, orientations, and packaging characteristics. By integrating robotic handling with conveyor and sorting infrastructure, ABB helps warehouses automate tasks that traditionally require employees to identify, separate, and position individual products.
ABB's RobotStudio software provides a virtual environment for designing, programming, simulating, and testing robotic automation systems before physical deployment. Engineers can create digital models of robotic workcells, evaluate robot movements, identify potential collisions, and optimize production sequences without interrupting operating equipment.
The platform uses ABB's Virtual Controller technology to simulate robot programs with the same control logic used by physical ABB controllers. This allows manufacturers and system integrators to develop automation applications, validate configurations, and reduce commissioning time through offline programming and digital simulation.
ABB's OmniCore controller platform manages robot motion, application execution, and communication with surrounding automation equipment. The controller family supports different robot configurations and integrates with industrial networks, sensors, safety systems, and external production software.
ABB continues to expand its robotics capabilities through AI-assisted programming, vision-based automation, and connected monitoring technologies. These developments support more adaptable robotic systems that can respond to changing product requirements while providing operators with greater visibility into equipment performance and production processes.
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