How to Track your Equipment's Maintenance and Compliance to Avoid Breakdowns

Your equipment is not incidental — it is central to every consultation. A poorly maintained nail drill, an autoclave with an unreliable sterilization cycle, or a chair whose mechanism fails mid-session: these situations compromise patient safety, the quality of care, and the practitioner's professional responsibility. The good news is that with a structured approach, the vast majority of these breakdowns are preventable.

In Quebec, the maintenance of clinical equipment is governed by the Act respecting occupational health and safety (LSST) and enforced by the CNESST. Every business, regardless of its size, is obliged to comply with strict standards regarding accident prevention, employee training, and equipment compliance. Non-compliance can lead to penalties, fines, or business interruptions. For clinics, this is in addition to the professional orders' requirements concerning hygiene and sterilization.

Preventive maintenance includes actions to maintain or restore a machine, piece of equipment, or installation to the optimal operating condition for which it was designed. It is carried out at determined intervals or according to specific criteria. In a clinical context, this means regular checks of the autoclave cycle, cleaning and lubrication of the drill, inspection of handpieces, and periodic mechanical inspection of podiatric chairs.

The numbers speak for themselves: an unexpected breakdown costs 4 to 15 times more than preventive maintenance, and properly maintained equipment lasts on average 30% longer. For a small clinic with a limited equipment budget, postponing maintenance to "save money" often ends up costing much more – and often at the worst possible time.
There are three main maintenance strategies.
Corrective maintenance intervenes after a breakdown – the most costly and riskiest, especially when an autoclave breaks down on a Monday morning with a full schedule of appointments.
Preventive maintenance schedules interventions according to a calendar or the actual condition of the equipment – this is the approach recommended by the CNESST.
Predictive maintenance, finally, anticipates failures using measured indicators, and is becoming increasingly accessible even for small organizations.

To build an effective maintenance plan, start by listing all your equipment — handpieces, autoclaves, ultrasonic cleaners, chairs, lamps, etc. — and assess their criticality. A malfunctioning autoclave has an immediate impact on patient safety and regulatory compliance; a chair with a squeaky backrest is less urgent. For each piece of equipment, define the required maintenance tasks, their frequency, and the responsible person, based on manufacturer recommendations.

During the risk correction and control stages, it is recommended to keep proof or documentation demonstrating the implementation of planned measures — for example, photos taken before and after the measures were put in place, to remember the changes made and the reasons why they were done. In a clinical setting, this traceability is doubly important: it protects the practitioner in case of an inspection and demonstrates the seriousness of the quality approach.

Your maintenance log must contain, at a minimum: the date and nature of each intervention, the name of the technician or responsible person, parts replaced or consumables used, anomalies detected, and planned follow-up actions. For the autoclave in particular, keep cycle logs, validation tests (Bowie-Dick tests, biological indicators), and authorized technician service certificates. Regulations also require keeping the manufacturer's user and maintenance manual, as well as the complete history of repairs and modifications made.

To assess the effectiveness of your program, a few simple indicators are sufficient in a clinical context. The number of unscheduled failures per equipment over a given period is the most revealing. The average time to restore service after a failure allows for the evaluation of the impact on the appointment schedule. And the ratio of planned versus reactive interventions indicates whether your approach is truly proactive — high-performing organizations aim for at least 70% planned interventions.

As soon as your clinic has several pieces of equipment to maintain, a structured tracking tool becomes essential. A simple shared spreadsheet with maintenance dates, responsible parties, and upcoming alerts can be enough to get started. A CMMS (Computerized Maintenance Management System) allows you to go further: manage planned preventive maintenance and corrective interventions, track mandatory inspections, and keep a complete history of interventions, which greatly facilitates audits and controls. Lightweight and affordable solutions exist for small clinics.

Certain errors recur systematically in clinical settings: postponing milling machine maintenance because the day is busy, not recording checks in writing, ignoring the maintenance intervals recommended by the autoclave manufacturer, or never training new staff on equipment verification protocols. Each of these omissions increases the risk of breakdown, clinical incident, or non-compliance — and can have consequences for the right to practice.

Tracking the maintenance and compliance of your clinical equipment simultaneously protects your patients' safety, the continuity of your care, and your professional liability. In an environment where patient trust also relies on the reliability of your tools, a rigorous maintenance approach is not an administrative burden — it is an integral component of quality care.