
Fiber cutting moves past raw wattage as fabricators chase cost per part
Sheet metal shops are discovering that beyond about 12 kW, cutting economics are decided by gas, optics and uptime rather than headline laser power.

Sheet metal shops are discovering that beyond about 12 kW, cutting economics are decided by gas, optics and uptime rather than headline laser power.

Commodity cutting sources and specialised process equipment no longer share a business cycle, and that diverg…

Foundry access and standardised process design kits are doing for photonics roughly what they did for electro…

Machines with four, eight and twelve lasers are shipping. Proving that a part is identical wherever it was bu…








Five-axis cutting heads that were once reserved for heavy structural work are appearing on general-purpose fl…

When joints can be cut with interlocking geometry instead of fitted by hand, the fixture disappears — and des…

The tool that upended small-shop fabrication is now facing the unglamorous engineering work that decides whet…

Oscillating the beam across the joint trades a little power density for a much larger tolerance to gaps — the…

Copper reflects most of the light a 1 µm source produces until it melts, then absorbs it suddenly. Green and…

Permanent part identification is no longer a finishing step — it is a data problem that happens to involve a…

At 355 nm the mark comes from breaking molecular bonds rather than melting. For plastics, glass and thin coat…

UDI, aerospace part marking and battery passports each demand a code that survives the product's life. Perman…