CIRUS Industrial Stairs

Purpose

Cirus mobile platform ladders are intended for convenient and stable access to goods, shelving, work areas and equipment at different heights. The line is suitable for use in warehouses, logistics centres, workshops and retail spaces. Depending on the model, the number of steps ranges from 4+1 to 9+1, while the maximum working height ranges from 2650 to 3900 mm.

Placement and usage recommendations

The ladder should be selected according to the required working height and the available placement space. Models with fewer steps are suitable for areas with lower access levels, while the 8+1 and 9+1 versions are suitable for higher shelving and work areas. During use, the maximum load of 165 kg must be observed, and the ladder should be placed on a suitable flat surface. For storage and movement, the dimensions and platform weight of each model should also be considered.

Main characteristics and features

All models in the line are made in cream white and equipped with Solar Yellow handrails. The step type is aluminium. The ladders differ by number of steps, construction size, maximum working height and platform weight. The most compact model has 4+1 steps, dimensions of 1060×700×1890 mm and a working height of 2650 mm. The highest model has 9+1 steps, dimensions of 1781×700×3140 mm and a working height of 3900 mm. The maximum load specified for all models is 165 kg.

Benefits

• Suitable for warehouses, logistics centres, workshops and retail spaces;
• Mobile platform construction provides convenient access to different levels;
• Versions from 4+1 to 9+1 steps make it possible to choose a model according to the required working height;
• Maximum working height from 2650 to 3900 mm helps work with different storage and display areas;
• Maximum load of 165 kg is suitable for professional use;
• Aluminium steps are suitable for regular operation;
• Cream white body colour and Solar Yellow handrails help make the ladder visible in the work area;
• Different sizes and platform weights allow selecting a model according to available space and movement conditions;