Laser Industry News — September 4, 2026: ISO 11553-2 Handheld Standard, IPG Battery-Welding Growth, Tube Laser Automation
This week's laser industry news has one clear theme: hand-held laser tools are growing up. On August 28, ISO released ISO 11553-2:2026, the first international safety standard written for handheld laser processing machines — a seven-year project led by Chinese manufacturers. IPG Photonics posted $279 million in quarterly sales, up 11% year over year, with Asia sales up 19% on EV battery welding demand. TOPTEK brought a single-setup automatic tube laser cutting line to market that cuts, notches and bevels in one cycle. And IMTS 2026 opens September 14 in Chicago. Standards, sales data, new hardware, one big show — that is the range of laser industry news this week.
1. ISO 11553-2:2026 Sets First Global Safety Standard for Handheld Laser Machines
On August 28, 2026, ISO released ISO 11553-2:2026 — Safety of machinery — Laser processing machines — Part 2: Safety requirements for hand-held or hand-operated laser processing machines. Han's Laser announced the release on September 2 and HSG Laser on September 3, both describing it as the first international safety standard for complete hand-held laser processing equipment developed under China's leadership.
Why a new standard now? Handheld laser welding and cleaning systems have been the fastest-growing product categories in the industry, and output power has climbed into the kilowatt range. That brought a wave of small and medium-sized manufacturers in as new end-users. Unlike a stationary machine with an enclosed hazard zone, a handheld device moves with the operator, so the risk area changes all the time. The previous standard had been in force for nearly two decades and did not cover that reality well.
| Item | Detail |
|---|---|
| Standard | ISO 11553-2:2026, Safety of machinery — Laser processing machines — Part 2: Hand-held or hand-operated machines |
| Release date | August 28, 2026 |
| Development | Seven years; 100+ international meetings; 2 IEC, 2 ISO, 3 CEN voting reviews; 2 EU Machinery Regulation assessments |
| Safety model | Moves from operator training + PPE to inherently safe design built into the product |
| Scope | Risk assessment, safety functions, protective measures, control systems, information for use |
The core shift is from "personnel management plus end-user protection" to "inherently safe design measures embedded in the product itself." In plain terms: the machine has to be safe by design, not safe because the operator was trained and wore glasses. For exporters and buyers, that is a positive signal — a unified global benchmark makes it easier to compare machines from different suppliers and to satisfy safety checks in multiple markets.
Why it matters: if you are buying a handheld laser welding machine, the practical change is that newer models will carry more safety functions in the product itself, and the documentation will start referencing ISO 11553-2:2026. When you compare quotes, ask whether the machine's safety features are design-based — emergency stop behavior, beam path control, interlocks — or only operator-side. That question separates a modern machine from an older one faster than any spec sheet.
2. IPG Photonics: $279M Quarter, 11% Growth Led by EV Battery Welding
IPG Photonics, the Nasdaq-listed fiber laser maker, reported $279 million in sales for the quarter ended June 30, 2026 — up 11% year over year. Asia was the growth engine, rising 19%, and the company credited battery manufacturing for most of it: welding applications for electric vehicles and stationary storage, which now supports data center energy needs too.
Net income was $5.2 million, down from $6.6 million a year earlier, partly because of an $18 million write-down tied to exiting operations in Belarus. CEO Mark Gitin told investors the gains came from the industrial solutions unit, mainly welding. Cleaning and additive manufacturing also contributed. He pointed to adjustable mode beam lasers, advanced beam delivery, and real-time process monitoring with machine vision and AI as the reason IPG won projects with two major global automotive firms.
| Metric | Q2 2026 (ended June 30) |
|---|---|
| Sales | $279 million, +11% year over year |
| Asia sales | +19% year over year, led by EV battery welding |
| Net income | $5.2M (includes $18M Belarus exit write-down) |
| Growth drivers | Battery welding, cleaning, additive manufacturing |
| Q3 2026 guidance | $265–295 million |
Beyond welding, IPG is pushing into semiconductor equipment — lithography, metrology and inspection tools tied to AI demand for GPUs and high-bandwidth memory — and it began shipping its Crossbow directed energy system to Lockheed Martin, with a $10 million follow-up supply deal earlier in the year. It also agreed to buy the medical laser business of French rival Lumibird for over €300 million, expected to close in the fourth quarter of 2026.
Why it matters: when the largest fiber laser source maker reports that battery welding is its main growth story, it confirms what the market data has been saying — laser welding is taking over joints that used to go to resistance and arc welding. The same trend shows up in everyday fabrication. Shops that add a fiber laser welding machine for thin sheet, mixed-thickness joints and small-batch work are following the same curve the EV industry is on, at their own scale.
3. Single-Setup Tube Laser Cutting: Cut, Notch and Bevel in One Cycle
Shandong TOPTEK, a Jinan-based laser builder, introduced its automatic tube laser cutter range for international markets on September 2. The pitch is simple: a piece of rectangular steel tubing for a furniture frame or handrail normally passes through four stations — band-saw cutting, punch-press slotting, manual deburring, and a trim on a miter saw. Each re-clamping adds positional error, each handling step adds labor, and every saw kerf turns usable steel into chips.
TOPTEK's machines consolidate cutting, hole-making, notching and bevel preparation into one automated cycle. The tube never leaves the chuck between operations. Pneumatic and hydraulic self-centering chucks grip round, square, rectangular and open profiles from 20 mm up to 600 mm depending on model. The system measures length automatically and compensates for end-face irregularities before the first cut.
| Traditional 4-station process | Single-setup tube laser |
|---|---|
| Band-saw cutting | Laser cutting in one chucking |
| Punch-press slotting | Hole-making and notching on the same cycle |
| Manual deburring | Clean edges straight off the machine |
| Miter-saw bevel trim | Swing head, ±45° A/B axis, weld-ready V/Y bevels |
The high-spec machines carry a swing cutting head with plus or minus 45 degrees of A/B axis rotation, so tube ends come off the machine weld-ready — no secondary milling or grinding for full-penetration welds. Auto-nesting software sequences parts along each bar to cut remnant waste, and accounts for kerf width and common-line cutting where adjacent parts share an edge.
Why it matters: this is the same consolidation story playing out across fabrication. One machine replacing four stations removes tolerance stack-up, shortens lead time and cuts labor minutes per part. For shops that process mixed orders of tube lengths and profiles, the waste reduction alone is measurable. A laser tube cutting machine with self-centering chucks and bevel capability pays for itself fastest when the parts currently move between saw, press and grinder — not when a shop already runs a dedicated tube line flat out.
4. IMTS 2026 Opens September 14 at McCormick Place, Chicago
IMTS 2026 — the International Manufacturing Technology Show — runs September 14-19 at McCormick Place in Chicago. It is the largest manufacturing technology show in North America and takes place every two years. Every major laser supplier exhibiting in the region will be on the floor: sheet cutting, tube cutting, welding, automation and software.
For a metal fabricator, the value of IMTS is density. In a few days you can watch fiber lasers cut at full production speed, see tube lasers run bevel and notch cycles, compare handheld welders side by side, and talk application details with engineers instead of sales pages. It is also where new models that launched this summer — including several covered in our recent laser industry news roundups — get their first wide public demo.
| Show fact | Detail |
|---|---|
| Dates | September 14–19, 2026 |
| Venue | McCormick Place, Chicago, USA |
| Frequency | Every two years |
| Focus areas | Cutting, tube processing, welding, automation, software, additive |
| Best use of time | Live demos, parameter questions, side-by-side machine comparison |
Why it matters: if you are planning a machine purchase in the next 12 months, IMTS is the cheapest research trip you will get. Bring your own part drawings — most booths will cut or weld a sample. If you cannot make Chicago, the same discipline applies remotely: send your material specs and part samples to suppliers, ask for test cuts, and compare the results rather than the brochure numbers. A fiber laser cutting machine chosen on sample results is almost always the right one.
Frequently Asked Questions
What does ISO 11553-2:2026 mean for buyers of handheld laser welding machines?
ISO 11553-2:2026 is the first international safety standard written specifically for hand-held or hand-operated laser processing machines. It was released on August 28, 2026 and shifts the safety approach from operator training and personal protective equipment toward inherently safe design built into the machine itself. For buyers, newer handheld laser welders will carry safety functions in the product design, and export documentation will start referencing the new standard alongside existing laser safety rules.
Is there now a global safety standard for handheld laser cleaning and welding equipment?
Yes. ISO 11553-2:2026 was officially released on August 28, 2026 after a seven-year development process led by Chinese laser manufacturers including Han's Laser and HSG Laser. It covers risk assessment, safety functions, protective measures, control systems and information for use, and gives manufacturers a single global benchmark instead of relying on a standard that had been in effect for nearly two decades.
Why is IPG Photonics growing from battery welding demand?
IPG Photonics reported $279 million in sales for the quarter ended June 30, 2026, an 11% increase year over year, with Asia sales up 19%. Company leadership said the growth came mainly from laser welding applications in battery manufacturing for electric vehicles and stationary storage. Adjustable mode beam lasers, real-time process monitoring, machine vision and AI helped IPG win projects with two major global automotive firms.
What does an automatic tube laser cutting machine do in one setup?
An automatic tube laser cutting machine combines cutting, hole-making, notching and bevel preparation in a single automated cycle. The tube stays in a self-centering chuck between operations, which removes the positional error and re-clamping time of multi-station processing with saws, punch presses and grinders. Higher-spec models use a swing cutting head with plus or minus 45 degrees of rotation to produce weld-ready V or Y bevels directly.
How should a fabrication shop use IMTS 2026 for a laser machine purchase?
IMTS 2026 runs September 14-19 at McCormick Place in Chicago. Bring your own part drawings and ask for live test cuts and welds at the booths you are serious about. Compare the results and the engineers' answers, not the brochure numbers. If you cannot attend, send material specs and samples to suppliers remotely — a fiber laser cutting machine chosen on real sample results is almost always the right one.
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