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Hanmatek TI240 vs TI260: Which Thermal Camera Should You Choose?
Trying to decide between the Hanmatek TI240 and TI260? Both are excellent handheld thermal cameras, but they target different users and budgets. This detailed comparison will help you pick the right one for your needs.
Here are the two models side by side:
Key Specifications Comparison
| Feature | Hanmatek TI240 | Hanmatek TI260 | Winner for... |
|---|---|---|---|
| IR Resolution | 240 × 240 pixels | 256 × 192 pixels | TI260 (more pixels) |
| Pixel Count | 57,600 | 49,152 | TI240 (slightly higher) |
| Thermal Sensitivity (NETD) | ≤50mK | ≤50mK | Tie |
| Temperature Range | -20°C to +550°C | -20°C to +550°C | Tie |
| Image Detail & Clarity | Excellent for fine details | Very good – great value | TI240 |
| Best Use Case | Professional / frequent use | Home, DIY, occasional pro | Depends on your needs |
| Price Positioning | Mid-range professional | Best value / entry-pro | TI260 (better value) |
| Target User | Electricians, inspectors, maintenance pros | Homeowners, DIY, small workshops | — |
Quick note: While TI260 has more pixels on paper (256×192 vs 240×240), the TI240 usually delivers noticeably sharper detail and better clarity in real-world professional use due to its square sensor layout and optimized processing.
Here are real thermal images captured by both models showing the difference in detail:
How the Ti240 Thermal Camera Helps Detect Electrical & HVAC ...
Recommended Use Cases
Choose Hanmatek TI240 if you:
- Perform frequent professional inspections (electrical, industrial, HVAC, building diagnostics)
- Need to detect small hotspots or subtle anomalies from greater distances
- Work in demanding environments where every degree and detail matters
- Want the best possible image quality in the mid-price range
Real-world example — spotting a loose connection in an electrical panel:
Best Thermal Imaging Cameras for Electrical Inspections | Fluke
Choose Hanmatek TI260 if you:
- Mainly do home inspections, energy leak detection, DIY projects
- Want to check insulation, find drafts, inspect household electrics or appliances
- Need a capable thermal camera without spending professional-level money
- Use it occasionally or as a first/secondary device
Typical home use — detecting heat loss around windows & doors:
How Do Thermal Cameras Work: The Science of Heat Vision
Industrial maintenance example (both models work well, but TI240 gives more confidence):
How to inspect a motor with a thermal imager | Fluke
Budget Decision Guide – Which One Is Right for You?
- Budget under ~$350–400 → Go with TI260 → Best price/performance ratio for 85–90% of users
- You use it professionally or several times per month → Choose TI240 → The extra clarity and confidence are worth the investment
- You want the absolute best image quality possible in this price category → TI240
- You mainly need it for home/energy saving/DIY → TI260 is more than enough
Ready to decide?
► Professional precision: Hanmatek TI240 – 240×240 pixels
► Best value & home/DIY champion: Hanmatek TI260 – 256×192 pixels
Both models offer great quality – choose according to how often and how critically you'll use your thermal camera!
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