Metalworking

The best bandsaw for metal depends on how much you cut and what you cut: for occasional small-shop work, a compact portable band saw for metal like the Milwaukee M18…

Fiber laser marking is a process that uses a focused fiber-optic laser beam to create permanent, high-contrast marks on metals and some plastics — typically by altering the surface through…

Yes, you can laser cut aluminium—but it demands more power, higher gas pressure, and more respect for back-reflection than steel does. Aluminium's reflectivity and thermal conductivity make it one of…

Fiber laser cutting is a process that uses a high-power laser beam generated and delivered through optical fiber to melt a precise path in metal, while assist gas blows the…

What Can a Fiber Laser Engrave? A Material-by-Material Guide A fiber laser can engrave and mark most bare metals, many metal coatings, and selected engineering plastics, but it is not…

Yes, you can engrave stainless steel, but the right method depends on whether you want a color change, a corrosion-resistant surface mark, or a groove you can feel with a…

Yes, you can laser cut aluminum, but practical results require a metal-cutting fiber laser, adequate power, nitrogen or clean compressed air, and settings matched to the alloy and thickness; a…

Fiber vs CO2 Laser Cutting for Metal Sheets: Which One Wins? Fiber laser cutting wins for most new metal-sheet buyers in 2026 because it cuts thin and medium-gauge steel faster,…

A realistic fiber laser engraver price in 2026 is about $2,000–$15,000: the lower end buys a capable 20W marking machine with a small work area and manual positioning, while the…

In 2026, a fiber laser marking machine price typically ranges from about $2,000–$5,000 for a desktop 20W unit, $4,000–$9,000 for an enclosed 30W–50W machine, and $8,000–$20,000 or more for a…