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Robot safety cages are steel protection systems that physically separate the working areas of industrial robots, automatic manipulators, fixtures, rotary tables and transfer equipment. They help prevent uncontrolled access to robot movement zones, organize operator and maintenance access and make the boundaries of the automation cell clearly visible.
Each system is engineered specifically according to robot reach geometry, process equipment, operator position, material flow, maintenance requirements and facility layout.
A robot safety cage is a physical protection system consisting of steel profiles, panels, doors and connection elements that encloses the working area of industrial robots and related process equipment.
Depending on project requirements, the system may include:
Create a continuous barrier between personnel areas and the robot arm, manipulators and moving equipment within the cell.
Lockable or controlled doors allow only authorized personnel to enter the cell.
Safely separate loading, unloading, inspection and control points from the robot operating area.
Service doors and removable panels allow maintenance teams to reach required points in a controlled manner.
Mesh or open-panel solutions allow the process to be monitored from outside the cell.
The system can be extended and rearranged when a new robot, fixture, conveyor or control station is added.
Modular systems that restrict physical access while maintaining visibility of the robot cell.
Used where welding spatter, light, chips, process residue or visual isolation must be controlled.
Adapt to cell-layout changes through removable connection systems.
Enclose multiple robots operating within the same production area inside a common safety perimeter.
Prepared with panel and coating options suitable for welding light, spatter and process effects.
Include transfer openings compatible with conveyors, pallets, crates and machine entry and exit points.
Each project is evaluated individually according to robot movements, cell flow and site conditions.
The robot model, reach area, process equipment, operator points, material flow, floor and surrounding utilities are evaluated.
Panel height, post positions, doors, safe distances, transfer openings and anchoring details are determined. Technical drawings are prepared.
Steel profiles, mesh or sheet-metal panels, doors and connection components are cut, machined and welded according to project dimensions.
Electrostatic powder coating, galvanizing or protective coating is applied. Dimensions, panel compatibility, door movement and connections are inspected.
Cage modules are delivered to the site, positioned according to the project, aligned and anchored to the floor.
Doors, locks, sensors, access openings and system integrity are checked before handover.
Existing systems may develop impact damage, panel deformation, door failures, loose connections or worn surfaces over time. New equipment added to the robot cell may also require modification of the existing cage.
Following a technical inspection, the following works may be carried out:
Material and surface treatment are selected according to process type, visibility requirements, spatter risk and operating environment.
Used for posts, panel frames and door bodies. Profile sections are selected according to system height and door openings.
Provide high visibility and airflow while restricting physical access.
Used where welding spatter, light, chips or process residue must be prevented from spreading outside the cell.
Can be considered in special applications requiring a closed surface while maintaining visibility.
Provides a durable surface suitable for indoor use and corporate colors.
Provide long-term protection in humid, semi-open or corrosive environments.
Projects are not limited to standard panel dimensions; they are prepared according to robot reach, process flow and facility conditions.
Site survey, design, steel fabrication, surface treatment and site installation are managed within a single process. Modular construction also allows systems to adapt to future robot, fixture and line changes.
No. Overall layout, panel heights, door positions and transfer openings are prepared specifically for the robot cell.
Mesh, sheet metal, perforated sheet, polycarbonate or combined panel solutions can be used.
Yes. Doors can be prepared for the mechanical installation of sensors, safety locks and controlled-access equipment.
Yes. Existing cells can be measured on site and enclosed with minimum disruption to production flow.
Yes. New panels, posts and door modules can be added to modular systems.
Yes. Shipment, anchoring, panel assembly, door adjustment, sensor inspection and final checks can be included in the project scope.
Technical assessment and project engineering can be provided for a safety-cage system suited to robot reach, process equipment and facility layout.
You can request a quotation for a new installation, an existing-cage modification or a cell expansion by sharing your project information.
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