Should you upgrade from TIG to laser? Or is TIG still king for your application? Let's break it down factor by factor.
| Factor | 🔵 Laser Welder | 🟠TIG Welder | Winner |
|---|---|---|---|
| Speed | 4-10x faster than TIG | Slow, but precise | Laser |
| Learning Curve | 1-2 hours to basic proficiency | Months to years for quality welds | Laser |
| Weld Appearance | Clean, minimal spatter (with wobble) | Beautiful "stacked dimes" look | Tie |
| Heat Affected Zone | Minimal (localized heat) | Larger HAZ, more distortion | Laser |
| Thin Material (<1mm) | Excellent control | Requires high skill | Laser |
| Thick Material (>5mm) | Multi-pass or edge prep needed | Handles thick with filler | TIG |
| Equipment Cost | $5,000-$10,000 (Chinese) | $500-$3,000 | TIG |
| Consumables | Very low (protective lens, gas) | Tungsten, filler rod, gas | Laser |
| Portability | Air-cooled units are mobile | Smaller footprint, easier setup | Tie |
| Safety Requirements | Class 4 laser (eye protection critical) | Standard arc welding PPE | TIG |
Even with a higher upfront cost, laser welding pays for itself in ~4 days through increased productivity.
Get a factory-direct quote for a handheld laser welder and see how much faster you can work.