Thermal Imaging Inspections in Auckland

Identify electrical hotspots and mechanical issues early, helping reduce fire risk, unexpected equipment failure, and costly downtime

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Identify Issues Before They Become Failures

Auckland Thermography provides thermal imaging inspections across New Zealand for commercial and industrial facilities. Using advanced equipment and detailed analysis, we deliver clear reporting with practical recommendations to support maintenance planning, risk reduction, insurance compliance, and the ongoing reliability of critical assets.

Services include electrical thermal imaging, mechanical thermal imaging, and AS/NZS 3019 periodic assessments.

Findings are clearly presented to help you understand asset condition, identify potential issues, and make informed maintenance decisions.

You’ll deal directly with the person carrying out the inspection and preparing the report, giving you clear communication, consistent quality, and full accountability.

I offer prompt scheduling and fast report turnaround, backed by ITC Certification, SiteWise Gold accreditation, EWRB Electrical Registration, and insurer approval.

A thermal camera being used for a switchboard inspection in Auckland

Services

Electrical Thermal Imaging

Inspection of switchboards, MCCs, control panels, and distribution systems to identify hotspots, overloading and high-resistance connections, reducing fire risk and unexpected failures

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Mechanical Thermal Imaging

Inspection of motors, bearings, drive systems, and mechanical assets to identify excessive friction, poor lubrication, and misalignment, reducing unplanned downtime and costly repairs

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AS/NZS 3019 Assessments

Periodic assessments aligned with AS/NZS 3019:2022 to support electrical safety, compliance, and system integrity. Previously known as AS/NZS 3019:2007 periodic verifications

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What is Thermal Imaging?

Infrared thermography, commonly known as thermal imaging, is a non-contact inspection technique that uses a thermal camera to measure and visualise surface temperature differences. Abnormal thermal patterns can indicate developing electrical faults, mechanical wear, excessive friction, uneven loading, or restricted cooling before they lead to failure, fire risk, or costly downtime.

Identifies hotspots, abnormal heat patterns, and developing faults
Quickly assesses large sites and multiple assets with minimal disruption
Supports preventative maintenance and prioritised repair planning
Helps reduce fire risk, equipment failure, and unplanned downtime
Provides documented evidence for insurers and asset managers

Learn more about how thermal imaging works →

A thermal image of a switchboard in Auckland

Benefits of Infrared Thermography

Detect Problems Early

Identify abnormal heat patterns and developing faults not visible during routine inspections of electrical systems and mechanical equipment

Reduce Operational Risk

Support safer, more reliable operation of critical equipment by identifying thermal anomalies before they escalate into failures or safety-related issues

Support Maintenance Planning

Prioritise corrective work with clear reporting, thermal imagery, and recommended actions to help support maintenance planning, asset reliability, and ongoing equipment performance

Minimise Unplanned Downtime

Reduce operational disruption by identifying developing equipment issues before failure, shutdown, or unexpected maintenance impacts site operations

How it Works

1. Scope & schedule

Tell me your site location, inspection purpose, and preferred timeframe. I’ll confirm scope, pricing and availability.

2. Inspect & capture evidence

I'll conduct an inspection of nominated assets, capturing thermal and visual images to identify potential faults and areas requiring attention.

3. Report & prioritise

I'll issue a clear report with site and asset details, priority ratings, and practical recommendations to support decision-making and maintenance planning.