Metal cutting stainless steel, aluminum, titanium for industrial and aerospace parts micro‑tubes, and electronics.

Glass, sapphire, and brittle‑material cutting crack‑free edges using ultrafast or CO₂ systems.

Additive manufacturing support powder bed fusion beam delivery and post‑process trimming.

Marking & engraving permanent identification on metals, plastics, and ceramics.

Micro‑cutting precision features in medical devices, stents, micro‑tubes, and electronics.

Cutting polymers & composites low‑heat, clean‑edge processing for medical, aerospace, and consumer goods.

Ablation, drilling, and scribing vias, thin‑film patterning, and surface removal for semiconductors and PCBs.

Texturing & surface modification friction reduction, adhesion tuning, and functional surface creation

Complex internal geometries - Lattices, conformal cooling channels, and lightweight structures that improve performance and reduce material use.

Rapid prototyping - Fast iteration cycles without tooling, enabling engineers to validate designs early and often.

Customization at scale - Tailored components for medical, aerospace, and consumer applications.

Surface and form measurement - Evaluating roughness, waviness, and freeform surfaces using profilometry, interferometry, and microscopy.

Machine and process capability assessment - Determining whether machining processes can repeatedly produce parts within tolerance, a core duty of manufacturing metrology.

Optical metrology - Using light‑based, non‑contact techniques for rapid, high‑accuracy measurement of sensitive or complex parts.