Pole collisions

IV Pole &
Power Infrastructure Chaos

The IV pole was designed for two bags. Loaded with pumps, power strips and slack cable it becomes a moving hazard - colliding on transfer, snagging on wheels, and pulling tension into the lines it carries.

3 problems | 15 field photos
IV Pole Collisions & Mobility Constraints
Lima, Peru1 / 5

IV Pole Collisions & Mobility Constraints

Multiple IV poles, wide bases, and crowded wheels can obstruct movement, delay access, and create repeated collision points around the patient.

5 field photos
IV Pole Collisions & Mobility Constraints — field photo 2
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IV Pole Collisions & Mobility Constraints — field photo 3
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IV Pole Collisions & Mobility Constraints — field photo 4
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IV Pole Collisions & Mobility Constraints — field photo 5
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Improvised Power & Cable Burden

Improvised power strips, extension cords, and ad hoc cable routing add clutter, limit mobility, and create avoidable electrical-safety and workflow concerns.

4 field photos
Improvised Power & Cable Burden
Jakarta, Indonesia1 / 4
Improvised Power & Cable Burden — field photo 2
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Improvised Power & Cable Burden — field photo 3
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Improvised Power & Cable Burden — field photo 4
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Height, Visibility & Access Limitations
Lagos, Nigeria1 / 6

Height, Visibility & Access Limitations

Stacked pumps, bags, and lines can make IV poles difficult to adjust, identify, and access, complicating line tracing, visibility, and safe repositioning.

6 field photos
Height, Visibility & Access Limitations — field photo 2
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Height, Visibility & Access Limitations — field photo 3
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Height, Visibility & Access Limitations — field photo 4
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Height, Visibility & Access Limitations — field photo 5
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Height, Visibility & Access Limitations — field photo 6
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Operational & Financial Toll

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