ABB Robotics
Swiss-Swedish industrial automation and robotics division
ABB Robotics is the robotics and discrete automation division of ABB, a Swiss-Swedish industrial conglomerate, that designs and manufactures industrial robot arms and robot controllers used across manufacturing, logistics, and general…
Definition
ABB Robotics is the robotics and discrete automation division of ABB, a Swiss-Swedish industrial conglomerate, that designs and manufactures industrial robot arms and robot controllers used across manufacturing, logistics, and general automation. Its product range spans small payload arms for light assembly to large arms for heavy material handling, sold together with ABB's own controller and programming software. ABB is one of the small group of long-established industrial robot suppliers alongside KUKA, Fanuc, and Yaskawa.
Overview
ABB Robotics emerged from ABB's broader industrial engineering business as a dedicated division building articulated robot arms and the controllers that drive them. Unlike some robotics entrants that focus on a single robot type, ABB offers a broad catalog spanning compact arms for electronics assembly, mid-size arms for general manufacturing, and large heavy-duty arms for foundry and heavy material handling, all managed through ABB's RobotStudio software and IRC controller family, which unifies programming across the product line. Mechanically, an ABB arm is an articulated chain of servo-driven joints whose motion is computed by the IRC controller from a program written in ABB's RAPID language or configured through RobotStudio's simulation and offline-programming tools. Offline programming lets an integrator build and test a robot cell's motion sequence in simulation using a digital model of the arm and its surrounding fixtures before ever touching the physical hardware, reducing the line downtime needed to commission a new automation cell. Within the industrial robotics field, ABB is grouped with KUKA, Fanuc, and Yaskawa as one of the incumbent suppliers of fixed-base arms for structured factory environments, distinguished less by a unique robot architecture and more by the breadth of its arm catalog and the maturity of its RobotStudio simulation tooling, which is widely used by integrators for cell design even before hardware is purchased. This differs from newer collaborative-robot specialists whose products are built primarily for lighter payloads and closer human interaction rather than for the full range of industrial tasks ABB covers. In practice, manufacturers deploy ABB arms across a wide span of applications: welding and painting in automotive plants, pick-and-place and packaging in consumer goods lines, and heavy part handling in metal casting and foundry operations. ABB also supplies collaborative robot models for tasks requiring closer human proximity, extending its catalog beyond traditional guarded industrial cells. The trade-off with a broad-catalog supplier like ABB is that customers gain flexibility to standardize on one programming ecosystem and controller family across many different robot types and payload classes, but the breadth comes with the complexity of a large, general-purpose software stack rather than a narrowly focused tool built for one robot class. Buyers weigh this standardization benefit against factors like local integrator support, arm-specific performance for their task, and total cost of the surrounding automation cell, since RobotStudio's simulation capability only pays off fully when an integrator has the time and expertise to build an accurate digital model of the target cell before installation begins.
Key Concepts
- Broad catalog spanning compact to heavy-duty industrial robot arms
- Unified IRC controller family across the product line
- RAPID programming language for writing robot motion instructions
- RobotStudio offline simulation and programming software
- Collaborative robot models alongside traditional guarded industrial arms
- Applications spanning welding, painting, packaging, and foundry handling
- Digital-twin cell simulation before physical hardware commissioning
- Long-standing presence across automotive and general manufacturing sectors
Use Cases
Frequently Asked Questions
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