Clark-MXR’s femtosecond laser micromachining services goes far beyond conventional hole drilling—delivering unmatched precision in micromilling and nano-scale surface structuring. Our systems empower engineers and researchers to sculpt complex geometries and patterns directly into a wide range of materials with micron- and even sub-micron accuracy. Whether you’re shaping microchannels, fabricating tiny components, or revealing inner material structures, our ultrafast laser micromachining makes it possible—with control and repeatability suited to production-scale manufacturing. ✨ Key Capabilities - High-Accuracy Micromilling – Achieve micron-level cut widths and sub-micron kerfs ideal for ultra-thin substrates and delicate materials. - Blind Feature Depth Control – Maintain depth resolution within just a few percent of target depth—even on non-visible or internal features. - Repeatable Nanometer-Scale Structuring – Ideal for production environments where consistency across parts is critical. - Subtractive Nano-Patterning – Expose underlying microstructures, interfaces, or layered materials with laser-based precision. 🧠 Advanced Analysis & 3D Reconstruction Pairing Clark-MXR’s femtosecond micromachining with microscopy and spectroscopy techniques enables advanced material analysis workflows, including: - Serial Sectioning – Layer-by-layer milling to reconstruct three-dimensional structures at the nano-scale. - 3D Tomography – Reveal volumetric material properties for research and quality control applications. This precision opens doors to innovative research, precision manufacturing, and high-throughput material characterization—where accuracy and reliability matter most.
