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Manufacturer
Model
What This Guide Helps With
Footplate loose, worn, cracked, or detaching causing patient instability or unsafe footing during transfers.
Step-by-Step Troubleshooting
Ensure Patient Safety First
- Remove the lift from active patient use before troubleshooting.
- Expected: Patient safely transferred to another device.
- Why it matters: Footplate failure creates a direct fall and injury risk.
Verify the Reported Issue
- Visually inspect and apply light pressure to the footplate.
- Expected: Signs of looseness, cracking, shifting, or detachment.
- Why it matters: Confirms structural vs cosmetic issue.
Inspect Footplate Mounting Points
- Check where the footplate connects to the base frame (bolts, brackets, or hinge points).
- Expected: Hardware is present, tight, and secure.
- Why it matters: Loose or missing hardware is a common cause of instability.
- If loose hardware is found → tighten and retest.
- If hardware is missing → remove from service until replaced.
Check for Cracks or Structural Damage
- Inspect the entire footplate surface and underside for cracks, splits, or deformation.
- Expected: Solid structure with no visible damage.
- Why it matters: Structural damage cannot safely support patient weight.
- If cracks or damage are found → remove from service immediately.
Assess Footplate Stability Under Load (No Patient)
- Apply downward pressure simulating foot placement.
- Expected: No flexing, shifting, or movement.
- Why it matters: Confirms integrity under expected use conditions.
- If instability is present → remove from service.
Inspect Anti-Slip Surface Condition
- Check for worn, peeling, or smooth surfaces where traction is reduced.
- Expected: Surface provides adequate grip.
- Why it matters: Poor traction increases slip risk during transfers.
- If worn → replace footplate or apply approved replacement surface if applicable.
Check Alignment with Base Frame
- Ensure the footplate sits level and properly aligned with the lift base.
- Expected: Even positioning with no tilt or misalignment.
- Why it matters: Misalignment can indicate mounting failure or frame distortion.
If the Problem Persists
If all external hardware and mounting points are secure and the footplate remains unstable or damaged, the issue is likely structural.
Remove the device from service, label it Out of Service, and send for repair or bench evaluation.
Knowing when to stop prevents unsafe use and protects patients.
Clinical Use Tip
Never troubleshoot or test a compromised footplate with a patient present. Always transfer the patient to a safe alternative device first.
Work Order Documentation (CCR Method)
CCR = Complaint, Cause, Resolution
Complaint
What was reported by the clinical staff.
Example:
"Staff reported footplate felt loose and unstable during patient transfer."
Cause
What was observed during troubleshooting.
Example:
"Footplate mounting bolts found loose and anti-slip surface worn."
Resolution
What action was taken.
Example:
"Tightened hardware, verified stability, and scheduled footplate replacement due to wear."
Helpful Details to Include (If Known)
- Footplate hardware condition (tight/loose/missing)
- Presence of cracks or structural damage
- Anti-slip surface condition
- Stability under applied pressure
- Alignment with base
- Final device status (in service or removed)
Final Thought
Footplate integrity is critical to patient stability during sit-to-stand transfers. Always start with simple mechanical checks, but do not overlook structural wear. Safe escalation is proper troubleshooting.
That is successful troubleshooting.