Solutions
Ultrafast Laser Micro-Processing Solutions
Breaching the Frontier of Cost and Precision Balance
In the realm of ultra-fine micromachining, thermal accumulation from conventional nanosecond lasers no longer meets stringent performance demands, while the high expenditure of femtosecond lasers often deters enterprise adoption. Laser Mech Taiwan’s ultrafast laser solutions leverage specialized beam-shaping technology to enable picosecond (ps) lasers to achieve “cold ablation” quality comparable to femtosecond (fs) systems—delivering a highly cost-effective path to precision manufacturing.
KEY TECHNOLOGIES
Beam Shaping & Minimal "Crater Effect" Processing
Femtosecond-Quality Processing via Picosecond Precision
Leveraging Laser Mech Taiwan's deep-tier optical tuning expertise, we precisely govern the temporal and spatial energy distribution of picosecond laser pulses. By severing molecular bonds before thermal diffusion occurs, this technique effectively suppresses the Heat-Affected Zone (HAZ)—allowing clients to achieve dross-free, crack-free, femtosecond-grade machining quality within a picosecond system budget.
Eliminating the "Crater Effect" in Micro-Drilling via Beam Shaping
To address entrance rim elevation (the crater effect) common in laser micro-drilling, we integrate dedicated beam-shaping optical elements to optimize energy distribution at the focal point (e.g., Top-Hat profile). This delivers sharp, flat, and pristine hole entrance geometry while eliminating melt splatter accumulation caused by localized energy spikes.
Micron-Level Precision Processing Capabilities
Integrating high-resolution galvo-scanning systems with low-loss optical beam paths, we achieve micron-level（μm）accuracy in laser drilling and cutting. Whether processing intricate semiconductor wafers or executing micro-cuts on medical devices, our solution maintains superior geometric accuracy and exceptional batch-to-batch consistency.
Process Empowerment & Cost Optimization Strategies
Ultrafast laser processing parameters are exceptionally sensitive to minute fluctuations. Laser Mech Taiwan's technical team empowers clients to master the delicate interplay between pulse overlap ratios and spatial beam energy profiles. Without blindly pursuing overpriced hardware, we help clients achieve optimal processing yields through tailored, highly cost-optimized system configurations.
APPLICATION
Semiconductor Manufacturing & Advanced Packaging
Precision laser wafer dicing, substrate micro-via drilling, and low-k dielectric material processing.
Medical Device Manufacturing
High-precision laser micro-cutting for cardiovascular stents, intricate endoscopic components, and biochip fabrication.
Electronic Displays & Photonics
Laser edge profiling for tempered glass, high-resolution thin-film patterning, and precision cutting of optical films.
An optimized, High-Efficiency Industrial Process
From laser processing and automation integration to optical measurement, we empower businesses to establish more stable, high-quality manufacturing solutions.