Micron-level precision
The laser spot can be focused down to 25 µm—one-third the width of a human hair. With CNC repeatability of ±0.01 mm, parts such as surgical blades or smartphone camera brackets emerge fully finished in a single pass.
Speed champion
On 1 mm stainless steel, a 2 kW fiber laser races at 30 m/min; a 6 kW source still maintains 2 m/min on 20 mm carbon steel. Compared to plasma or water-jet, laser is typically 2–5 times faster below 10 mm thickness, slashing lead times.
Zero tool wear
Because the cutting head never touches the workpiece, there are no worn bits or broken tools—only occasional protective lens changes. Tooling costs drop to a fraction of those for stamping dies or milling cutters.
Minimal heat, zero distortion
The concentrated energy produces a heat-affected zone often under 0.2 mm, ten times smaller than flame cutting. Delicate aluminum brackets or EMI shields can go straight from the laser bed to the assembly line without re-straightening.
One beam, thousand materials
From 0.05 mm polyimide film to 50 mm steel, from copper and titanium to carbon-fiber composites, the same laser only needs parameter tweaks—making low-volume, high-mix production economically viable.
