Smart Magnetic End-Effectors
Magnetic handling for structural steel components. The 32 kg and 115 kg ratings apply to vertical lifting of an individual component and depend on the selected tool and contact conditions.
Why Choose Our Smart Magnetic End-Effectors Solutions?
We integrate world-class robotics and peripherals to deliver turnkey automation systems. Our engineering team ensures seamless integration into your existing production lines.
Variable Geometry Handling
The gripper is engineered to pick up varying sizes of stiffeners, base plates, and cleats directly from the loading table. Its design accommodates different thicknesses and shapes as defined in your BIM model.
High Payload & Security
Tool suitability is reviewed against component mass, thickness, geometry, and contact conditions. Scanner checks component outlines and thicknesses when the parts tables are scanned at the start of the job.
Application Review
Gripping, access, clearances, and safe handling are reviewed as part of the configured cell. The published lifting ratings do not replace the application-specific tooling and safety assessment.
Intelligent Gripping Control
At the start of a QUANT STEELFAB job, Scanner scans the parts tables once and checks required component outlines and thicknesses. A missing required component or a matching outline with the wrong thickness prompts an operator notification. Unrelated parts are ignored.
- Outline and thickness checks
- Required components checked against the job
- Operator notification for missing or mismatched parts
Vertical Lifting Capacity
The 32 kg and 115 kg ratings describe vertical lifting of an individual component with the selected magnetic tool. Usable capacity depends on the component and contact conditions. These ratings do not describe robot payload or the maximum beam mass.
- Up to 32 kg per component, subject to application
- Up to 115 kg per component, subject to application
Review the Component Portfolio
Review representative stiffeners, plates, profiles, and tubes with the engineering team. Tool selection and handling checks depend on component geometry, mass, thickness, and the available magnetic contact area.
- Component geometry and thickness
- Mass and available contact area
- Tooling confirmed for the application