An ultrashort femto laser pulse system operates with pulse durations in the femtosecond range, enabling material interaction at extremely high peak power but minimal thermal load. Unlike conventional laser processes, this approach prevents melting, burr formation, and microcracks. The result is highly controlled material modification at micro- and nano-scale levels. These systems are engineered for both subtractive and surface-modifying processes, including micro-engraving, functional texturing, high-contrast marking, and laser-based polishing. Advanced motion control, beam shaping, and software-driven process optimisation ensure consistent results even on complex 3D geometries.

Cold Laser Processing with Minimal Thermal Impact

Ultrashort pulses ensure material removal or modification occurs before heat diffusion, eliminating thermal distortion and preserving mechanical properties.

High-Precision Engraving and Micro-Structuring

Achieve ultra-fine engravings, microchannels, and nano-scale textures with excellent edge quality and dimensional accuracy.

Advanced Surface Texturing and Functionalisation

Create engineered surfaces for friction reduction, improved adhesion, corrosion resistance, anti-bacterial effects, or optical performance enhancement.

Laser Polishing Without Tool Change

Integrated laser polishing smooths surfaces to ultra-low roughness levels, reducing or eliminating mechanical polishing steps.

Wide Material Compatibility

Process metals, alloys, ceramics, polymers, semiconductors, glass, and coated materials with consistent quality.

High Repeatability and Process Stability

Closed-loop motion systems and intelligent software ensure micron-level repeatability, ideal for serial production.

Sustainable and Chemical-Free Manufacturing

Replaces chemical etching, abrasive finishing, and consumables with a clean, environmentally friendly laser process.

Flexible System Configuration

Supports multi-axis machining, vision-assisted alignment, automation interfaces, and scalable production workflows.

Medical Devices and Healthcare

Micro-texturing of implants for improved osseointegration, corrosion-free black marking for traceability, and precise engraving of surgical instruments.

Automotive and Mobility

Surface structuring to reduce wear, improve tribological performance, and create decorative or functional textures on interior and exterior components.

Aerospace and Defence

High-precision surface functionalisation for corrosion resistance, fatigue life improvement, and secure part identification on critical components.

Mechanical Engineering and Toolmaking

Laser texturing and polishing of tools and dies to extend service life, improve release properties, and enhance machining performance.

Electronics and Semiconductor Manufacturing

Microstructuring of conductive paths, fine engraving on housings, and surface modification for improved electrical or thermal performance.

Luxury Goods, Watches, and Jewellery

Ultra-fine engraving, decorative surface finishes, colour effects, and laser polishing for premium aesthetic quality without material damage.

Minting and Security Applications

Direct laser engraving and polishing of dies, high-resolution surface features, and advanced security patterns for anti-counterfeiting.