Advanced solution for preventive maintenance, electrical inspection, industrial safety, and energy analysis.
Thermal imaging cameras detect hot spots, thermal leaks, and anomalies invisible to the human eye through real-time temperature images. They are essential for non-contact, safe, and fast diagnostics in electrical installations, mechanical equipment, HVAC, and buildings.
With state-of-the-art infrared technology, our cameras offer high thermal sensitivity, autofocus, smart connectivity, and professional thermal image analysis.
Why is it important to use thermal imaging cameras?
Using thermal imaging cameras is not a luxury but a critical tool for safety, energy efficiency, and predictive maintenance across many sectors. Here is why they are indispensable:
Prevention of electrical failures
Thermal imaging cameras make it possible to identify abnormal heating in panels, connections, fuses, and electrical equipment before they fail. This avoids blackouts, short circuits, and even fires.
Predictive maintenance
In industrial environments, detecting hot spots in motors, bearings, or compressors helps schedule maintenance before costly damage or a production stoppage occurs.
Operational safety
Thermal inspection reduces the risk of working on defective or dangerous equipment. You can identify invisible hazards without physical contact, protecting technical personnel.
Energy efficiency in buildings
Detects heat leaks, insulation losses, air infiltration, or moisture. This helps improve a building’s energy performance and reduce costs.
Real-time, non-contact monitoring
Allows instant temperature measurements from a safe distance, even on equipment operating under high voltage or in hazardous environments.
Professional documentation
Reports with thermal images are ideal for electrical audits, maintenance reports, insurance validations, and regulatory compliance.
Common applications
- Inspection of electrical panels, transformers, and motors to prevent failures.
- Verification of thermal insulation in buildings and detection of energy leaks.
- Temperature control in industrial processes.
- Diagnostics in HVAC, refrigeration, and plumbing systems.
- Use in security, search and rescue, and medical applications.
✅ Key advantages
- High-resolution thermal images: Capture of precise detail for informed decisions.
- Accurate temperature measurement: From -20 °C to +650 °C (depending on model).
- Wi-Fi and Bluetooth connectivity: Real-time streaming and report generation from mobile devices.
- Long-life battery: Up to 4–6 hours of continuous operation.
- Expanded storage: Recording of thermal and visible images, export in JPEG or radiometric format.
Models
> FLIR E6-XT – Mid-Range Thermal Imaging Camera
- Thermal resolution: 240 × 180 pixels
- Temperature range: -20 °C to 550 °C
- Field of view: 45° × 34°
- MSX® (Multi-Spectral Dynamic Imaging): Combines thermal and visible imagery into one
- Display: 3″, LCD
- Includes: Hard case, rechargeable battery, charging cable, and FLIR Tools software
> Fluke TiS20+ – Compact Thermal Inspection Camera
- Resolution: 120 × 90 pixels
- Temperature range: -20 °C to 400 °C
- Thermal sensitivity: ≤ 60 mK
- Connectivity: Wi-Fi and cloud storage with Fluke Connect®
- Display: 3.5” touchscreen
- Ideal for: Electrical, mechanical, and general maintenance inspection
> UNI-T UTi165K – Thermal Camera with High-Speed Infrared Sensor
- Thermal resolution: 160 × 120 pixels
- Frame rate: 25 Hz
- Temperature range: 30 °C – 45 °C (body temperature screening model) or up to 400 °C in the industrial version
- Pistol-style design, portable and ergonomic
- Internal memory: With microSD slot for capturing thermal images and video
Certifications and reliability
CE, RoHS, ISO 9001 certifications
Built to international standards for industrial and professional use
Why buy from us?
✔️ Personalized technical advice based on your needs
✔️ Fast, secure shipping nationwide
✔️ Optional training in thermal image use and analysis
