Traditional welding methods are falling behind. Long training times, inconsistent quality, and slow speed frustrate manufacturers. What if there was a smarter, faster, and easier solution?
Kirin Laser manufactures high-quality, cost-effective handheld laser welding machines that solve real-world welding problems across industries.
More businesses are switching to laser welding because of its precision, speed, and ease of use. Let’s explore the landscape and how Kirin Laser fits into it.
Who is the largest manufacturer of welding equipment?
Legacy brands dominate traditional welding, but laser technology is changing the game.
Companies like Lincoln Electric, Miller, and ESAB lead in conventional welding. But in laser welding, innovative companies like Kirin Laser lead with specialization and adaptability.
Dive Deeper: Traditional Giants vs. Laser Specialists
Large manufacturers such as Lincoln Electric and Miller Electric have long been recognized for their arc welding and MIG/TIG solutions1. Their products are built for large-scale industrial projects like shipbuilding, pipelines, and heavy machinery. However, these traditional systems require complex setups, highly skilled operators, and frequent maintenance.
Laser welding machines, especially the handheld fiber type, address a different and growing need—compact, efficient, precise welding with low skill requirements. That’s where Kirin Laser2 has carved out its market.
| Brand | Product Type | Key Strengths | Weaknesses |
|---|---|---|---|
| Lincoln Electric | MIG, TIG, Stick | Industrial scale, durability | Expensive, high learning curve |
| Miller Electric | TIG, MIG | User-friendly, wide availability | Limited laser options |
| ESAB | Welding/Cutting Combo | Integrated systems | Less focus on laser technology |
| Kirin Laser | Handheld Fiber Laser | Precision, portability, affordability | Niche in laser-only welding |
As a manufacturer, Kirin Laser focuses solely on laser systems, allowing us to respond to market needs with agility. We prioritize not only performance but also customization and training support.
How big is the laser welding machine market?
Laser welding isn’t niche anymore—it’s a booming market with global demand.
The laser welding machine market is projected to surpass USD 5 billion by 2028, with handheld devices becoming the fastest-growing segment.
Dive Deeper: Trends Driving Market Growth
Several factors drive the rapid expansion of the laser welding market:
- Automation in manufacturing3: Industries are adopting automated systems that pair well with laser welders.
- Shortage of skilled welders4: Many regions face a labor gap. Laser welding’s lower skill barrier is a key advantage.
- Demand for precision5: Sectors like medical equipment, electronics, and aerospace require clean, exact welds.
| Segment | Growth Rate (CAGR) | Market Share Impact |
|---|---|---|
| Handheld Laser Welders | 8.9% | High |
| Automotive Laser Welding | 7.4% | Medium |
| Aerospace & Defense Sector | 6.8% | Low to Medium |
| Small Manufacturing & Fabrication | 10.5% | Very High |
Kirin Laser sees especially high demand in countries like India, Vietnam, and parts of Europe, where factories are moving toward leaner operations. Our handheld models (1200W–3000W) are perfectly positioned to serve these businesses, offering prices from just $1860 to $6200, which outcompetes many bulkier setups.
Are laser welding machines any good?
The short answer: yes, especially for operations that value precision, speed, and less post-weld cleanup.
Laser welding machines offer cleaner seams, faster processing, and simpler operation than traditional systems, saving businesses time and money.
Dive Deeper: Performance and Practicality
Laser welders outperform other welding methods in key ways:
- Efficiency6: Lasers weld up to four times faster.
- Versatility7: One machine handles stainless steel, aluminum, carbon steel.
- Appearance: Seam quality is smooth and often requires no polishing.
- Ease of training8: No more weeks of TIG welding school—our clients train new welders in under a day.
I worked with a small metal workshop in Ohio. They struggled with burn-through and warping on thin stainless panels. After installing our 1500W handheld laser welder, scrap dropped by 60%. Their workers told me the machine was “so easy, it’s like drawing with a pencil.”
| Feature | Handheld Laser Welders | MIG/TIG Welders |
|---|---|---|
| Weld Speed | Fast (3–4x faster) | Standard |
| Skill Level Required | Low (1-day training) | High (2–3 weeks) |
| Post-processing Needed | Minimal | Medium to High |
| Maintenance Frequency | Low | High |
Who makes the best welding machines?
“Best” depends on the use case—but for handheld laser welding, Kirin Laser leads on value, support, and adaptability.
Kirin Laser offers one of the most cost-effective, reliable, and easy-to-integrate laser welding machines in the global market.
Dive Deeper: Comparing What “Best” Means
When clients ask me which brand is best, I always start by asking: “What are your welding goals?” If they’re looking for light to medium welding tasks, want to minimize training, and aim to improve efficiency, Kirin Laser’s machines9 are a solid match.
Key evaluation factors include:
- Customization: We offer OEM options10, rebranding support, and custom accessories.
- Service: Our clients get after-sales support11 within 24 hours.
- Training: Remote sessions and videos tailored to their operation.
- Pricing: Clear tiered pricing for different power levels.
| Model Power | Price Range (USD) | Common Application | Max Weld Thickness |
|---|---|---|---|
| 1200W | $1860–2145 | HVAC tubes, furniture frames | ~3mm |
| 1500W | $2285–2735 | Stainless steel cabinets, frames | ~5mm |
| 2000W | $2715–3720 | Automotive parts, aluminum panels | ~6mm |
| 3000W | $4145–6200 | Industrial pipelines, thick sheets | 8mm+ |
One client in Vietnam upgraded their factory line with 2000W Kirin units and reported that production time for key components dropped by 40%, while weld rejection rates fell by more than half.
Conclusion
The future of welding is laser-driven. Traditional methods still have their place, but laser welding12—especially handheld fiber types—are taking over for businesses that value speed, precision, and cost-effectiveness. At Kirin Laser, we’ve built our brand around solving real welding problems. Whether you’re upgrading your line or just starting out, we’re ready to support you with reliable machines and responsive service.
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This resource will clarify the distinctions and applications of arc welding versus MIG/TIG, helping you choose the right method. ↩
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Discover how Kirin Laser's focus on innovation and customer support sets it apart in the laser welding market. ↩
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Explore how automation enhances efficiency and precision in laser welding, making it a game-changer for industries. ↩
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Understand the implications of the skilled labor gap on the laser welding industry and how it drives innovation. ↩
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Discover the critical role of precision in industries like aerospace and medical equipment, shaping the future of welding. ↩
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Understanding the efficiency of laser welding can help you appreciate its advantages over traditional methods, leading to better decision-making in welding applications. ↩
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Exploring the versatility of laser welders can reveal their adaptability for various projects, making them a valuable investment for any workshop. ↩
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Learning about the training process for laser welders can highlight their accessibility and ease of use, making them ideal for quick workforce integration. ↩
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Explore how Kirin Laser’s machines can enhance your welding efficiency and meet your specific goals. ↩
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Discover the advantages of OEM options in welding equipment and how they can be tailored to your needs. ↩
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Learn about the significance of after-sales support and how it can impact your welding operations. ↩
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Know how laser welding machine works, and clciking this ling to get your best product and price from Kirin Laser. ↩
