Because of AED’s life saving capabilities, maintaining them through inspections is a high priority. Here are 5 benefits to using AED inspection software during inspections.

Automated External Defibrillators (AEDs) are life-saving devices designed to provide immediate medical assistance during cardiac emergencies. Use of an AED within the first few minutes of a cardiac arrest event can bring the survival rate to as high as 74%. The effectiveness of AEDs make them invaluable tools for protecting employee and public safety. Regular maintenance and inspections ensure that AEDs are functional, reliable, and ready to work in the moment they are needed.

Figuring out the best way to manage AED inspection and maintenance is no easy task. Luckily, advancements in technology have led to the development of AED inspection software, which streamlines and enhances the inspection process. AED inspection software can manage AED inspections on their own, or combine AED inspections into a route with other fire and/or life safety equipment inspections. In this article, we will explore five key benefits of using AED inspection software.

AED inspection software offers a centralized platform for managing inspection data. All inspection records, including device information, maintenance history, and inspection results, can be stored securely in a digital database. This centralized approach enables easy access to historical data and facilitates comprehensive on-demand reporting and analysis.

Administrators can generate reports on inspection trends, identify recurring issues, and track the overall performance of their AED program. Moreover, this digital record-keeping ensures that critical information is readily available during audits or in the event of a legal inquiry.

One of the challenging aspects of an AED inspection program can be managing inspection and maintenance due dates. Generally, inspections need to be performed once per month. Additionally, AED pads and batteries have expiration dates that must be carefully managed. AED inspection software takes all the stress out of the process by tracking when the last inspection was performed and automatically scheduling the next one at the appropriate time. Accessing a scheduled inspection is as simple as logging into the mobile app to find it added to the digital to-do list.

When it comes to AED pad and battery replacements, AED inspection software offers two different workflows to meet customer needs. The first option is to include questions on the monthly inspection form which require the field technician to check expiration dates on the pads and batteries. The second workflow is to setup automated pad and battery replacement tasks within the software. For each AED’s pad set and battery, the installation date is input into the equipment record. The AED inspection software will trigger a replacement task every 5 years, or according to the timing required by the customer or manufacturer. This makes the monthly inspection quicker and easier by removing the requirement to repetitively check expiration dates each month.

Maintaining compliance with regulations and industry standards is crucial for AED program administrators. AED inspection software helps organizations adhere to compliance requirements by incorporating relevant regulations and guidelines into the inspection process. 

The software can be customized to include specific inspection checklists, protocols, and regulatory requirements as required by the local authority having jurisdiction. Field Technicians are guided through each step of the inspection process, ensuring that all necessary elements are addressed. By maintaining compliance, organizations mitigate risks, improve the safety of their AED program, and demonstrate their commitment to public safety.

Documentation plays a vital role in ensuring accountability and traceability within an AED inspection program. AED inspection software enhances documentation practices by automatically generating comprehensive inspection reports and maintaining a detailed audit trail.

Each inspection is time-stamped with record of the inspector’s identity. This automatic record keeping makes it easier to track responsible parties and maintain a history of the inspections/maintenance work that has been completed.

In case of an incident or investigation, this audit trail becomes invaluable for reconstructing events and identifying potential areas of improvement. Moreover, digital documentation reduces the reliance on physical storage space and minimizes the risk of document loss or damage.

Managing and keeping track of Automated External Defibrillators (AEDs) in your workplace, as well as meeting inspection and maintenance requirements, can pose challenges. It can be difficult to remember the location of each device and the date of its last inspection. Additionally, documenting and reporting inspection dates and results can be a tedious task. To effectively execute an AED inspection program, the recommended approach is to utilize specialized life safety equipment inspection software like InspectNTrack.

With InspectNTrack, each AED is assigned a unique identifier through the use of barcodes or QR codes. The software maintains an inventory of all AEDs, including essential details such as their location, manufacturer, model number, and manufacturing date. It also collects expiration dates for pads and batteries. The software facilitates the setup and management of a monthly inspection program and pad and battery replacement tasks.

InspectNTrack automatically schedules tasks when AED inspections or parts replacements are due. Users are prompted to scan the barcode or QR code on each AED and subsequently answer inspection questions, similar to the ones mentioned earlier. Inspection results are stored within the software, and inspection reports can be generated whenever needed. Ensuring compliance is as simple as a click of a button.

In cases where an AED fails an inspection, InspectNTrack is configured with a customized workflow to ensure the failure is adequately documented and responsible parties are notified. Workflows may involve sending email notifications, creating work orders in your work order management system, logging the problem in InspectNTrack’s discrepancy module, or generating consolidated failure reports. These workflows are designed with the primary objective of promptly identifying AED issues and tracking them through to corrective actions.

By utilizing the barcode-based AED inspection software provided by InspectNTrack, your team can efficiently and affordably inspect AEDs within seconds. This system enables you to effortlessly monitor and oversee all your AEDs through a centralized dashboard.