All Automation, Robotics & Control in Sweden

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Automation, robotics, and control technology cover the machines, software, and control systems that automate manufacturing and material handling tasks. This category brings together suppliers of industrial, palletising, welding, and collaborative robots, robot grippers and controllers, and broader automation and factory control systems. Use the sub-categories below to narrow your search to a specific robot type or automation function before reviewing individual suppliers.

FabTrace Systems

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Swedish SaaS vendor for production traceability and paperless quality documentation, connecting shop-floor data to your ERP.

What this category covers

Automation, robotics, and control brings together several related fields. Industrial robots are multi-axis manipulators used for tasks such as assembly, machine tending, and material handling, with specialised variants including palletising robots for end-of-line packaging, welding robots for arc and spot welding, and collaborative robots designed to work alongside people without full safety fencing. Robot grippers and accessories provide the end-of-arm tooling that connects a robot to its task. Automation systems and control cover the PLCs, sensors, and control components that automate individual machines and processes, while factory automation covers larger, integrated production line and system-level solutions. Robot controllers and software cover the hardware and programming environments that operate robots. Suppliers listed here range from robot and component manufacturers to system integrators and control engineering firms.

How to shortlist Automation, Robotics & Control suppliers

At the pre-selection stage, focus on which robot types, payloads, or control disciplines a supplier actually specialises in, since robot integration, machine control, and factory-level automation require different engineering expertise. Check which industries and safety standards a supplier designs to; ISO 10218-1 and ISO 10218-2 cover the safety of industrial robots and robot systems, while ISO/TS 15066 adds requirements specific to collaborative robot applications. For control systems, IEC 61131-3 standardises PLC programming languages and IEC 60204-1 covers the electrical equipment of machinery. Delivery reliability is consistently ranked by industrial buyers as the most important factor when choosing a new supplier, so weight demonstrated project and supply capability alongside technical fit.

Frequently asked questions

What is the difference between an industrial robot and a collaborative robot?
Industrial robots are typically fast, high-payload machines that operate behind safety fencing, while collaborative robots are designed under ISO/TS 15066 to work in shared spaces with people, usually at lower speed and force.

What is the difference between automation systems and factory automation?
Automation systems and control typically refers to the control components, such as PLCs and sensors, used to automate an individual machine or process, while factory automation refers to larger, integrated solutions covering full production lines or facilities.

Which safety standard applies to industrial robot installations?
ISO 10218-1 covers the robot itself and ISO 10218-2 covers the integration of robots into a complete system or cell; ISO 13849-1 additionally governs the safety-related parts of the control system.