Laser Industry News Roundup — July 2026

The laser industry keeps moving fast. This month we saw a 30kW machine with a 32-meter cutting bed go into production. Market forecasts peg laser cutting at $18.43 billion by 2034. And AI-driven automation is reshaping how fabrication shops operate. Here are the developments worth your attention.

---

🏗️ Junyi Laser Delivers 30kW Ultra-Large Format Machine (32m × 7m)

Junyi Laser announced the successful delivery and commissioning of their VF-32070 ultra-large format fiber laser cutting machine in late June 2026. Equipped with a 30,000W fiber laser, this machine has a working area of 32,000 × 7,000 mm — that's over 32 meters of cutting travel on a 7-meter-wide gantry.

The machine is now in full mass production at the customer's facility, processing large-format carbon steel plates. The ultra-wide 7-meter gantry structure and high-speed positioning system handle heavy-duty continuous production. Junyi designed this specifically for shipbuilding, construction machinery, and structural steel — industries where standard 1.5×3m or 2×6m beds just don't cut it.

This is not a prototype. It's a delivered, commissioned, and producing unit. For buyers needing large-format cutting capacity, this signals that the technology is ready now.

📈 Laser Cutting Machine Market: $7.44B in 2026, Headed for $18.43B by 2034

Two major market reports came out in mid-2026 with slightly different numbers but the same direction — the laser cutting machine market is growing steadily. Fortune Business Insights projects growth from $7.44 billion in 2026 to $18.43 billion by 2034, a 12% CAGR. Future Market Insights puts 2025 at $6.9 billion and sees $14.3 billion by 2035 (7.6% CAGR).

Asia-Pacific continues to dominate, driven by China's manufacturing base. But North America and Europe are seeing steady growth too, mostly from aerospace and precision engineering. Mordor Intelligence reports the market hit $7.82 billion in 2026 and should reach $12.34 billion by 2031 at 9.55% CAGR.

The numbers vary by analyst methodology, but the trend is consistent: laser cutting is taking share from plasma, waterjet, and mechanical cutting across every major manufacturing region.

⚡ Laser Welding Machine Market: $5.86B by 2035

Precedence Research published a June 2026 report forecasting the laser welding machine market at $5.86 billion by 2035. Persistence Market Research backs this up with a 6.2% CAGR projection, noting that EV battery production and smart manufacturing are the primary demand drivers.

The handheld laser welding segment is growing faster than the overall market. More fabrication shops are switching from TIG to handheld laser welding for thin-gauge work — the speed difference and reduced operator skill requirement make the economics hard to argue with. I've talked to shop owners who cut their welding time on stainless steel sheet by 60% after switching.

One thing worth watching: as Chinese manufacturers scale production, handheld laser welder prices are dropping. This will likely accelerate adoption among small workshops and repair shops that couldn't justify the investment even two years ago.

🤖 AI-Driven Automation Reshaping Laser Cutting

AI in laser cutting is moving from marketing buzz to actual production value. A July 5, 2026 TechBullion article by Angela Scott-Briggs lays out where the technology stands. The key point: AI is not replacing operators — it's making the equipment smarter in specific, measurable ways.

Real applications we're seeing: AI-powered nesting software that pushes material utilization above 90%. Real-time adaptive cutting that adjusts power and feed speed when the material thickness varies by a few tenths of a millimeter. Vision-based quality checks that flag edge roughness or dross during the cut, not after. And predictive maintenance schedules based on actual usage patterns rather than fixed intervals.

A separate TechBullion piece on AI-driven laser cutting machines notes that these features are increasingly standard, not premium upgrades. Shops buying a laser cutter in 2026 should expect smart capabilities to be part of the base package. From what I can see, the manufacturers that drag their feet on AI integration will lose ground fast.

🔩 Metal Fabrication Trends: Shops Switching to Handheld Laser Welding

A June 10 article from SD Global Laser captures a shift we're hearing from multiple sources: metal fabrication shops are actively replacing TIG welders with handheld laser systems. The reasons are straightforward — faster welds, less distortion on thin materials, and lower operator skill requirements.

The same piece notes that oscillating beam technology has been the breakthrough. Instead of a stationary laser spot, the beam moves in a controlled oscillation pattern. This gives better weld pool control and tolerance to joint gaps that would cause problems with a fixed-beam laser welder. For shops doing mixed-thickness joints or imperfectly fitted parts — which is most real-world fabrication — this matters.

📋 What I'm Watching for H2 2026

A few things I'm keeping an eye on for the rest of the year:

• Ultra-large format demand — If more customers follow Junyi's lead and order 20m+ cutting beds, we'll see more manufacturers offering extra-large gantry systems. The VF-32070 might be the first of many.
• Handheld laser welder pricing — As Chinese makers scale production, entry-level prices could drop below $5,000. That changes the calculation for small repair shops and contractors.
• AI nesting becoming standard — Material utilization gains of 5-10% from AI nesting software are too big to ignore, especially for shops running high-volume production.
• EV battery production demand — Laser cutting and welding for battery enclosures, busbars, and cell tabs will continue driving system sales. This isn't going to slow down.

Written by the FANY LASER editorial team. Connect with us on LinkedIn for the latest laser industry updates.