Micro-engraving

PRODUCTS

Special-Shaped Microhole Drilling——ML-VOTEX

As a benchmark product in industrial-grade high-precision femtosecond laser machining equipment, ML-VOTEX is tailor-made for high-difficulty irregular microhole machining scenarios. Leveraging cutting-edge technology and stable performance, it has become a core machining solution in high-end fields such as aerospace, semiconductors, and precision manufacturing, redefining standards for precision and efficiency in complex microhole machining.

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Special-Shaped Microhole Drilling——ML-VOTEX

PRODUCTS

Microstructure Curved Etching——ML-ETCH

Focused on microstructure forming and curved surface etching, ML-ETCH delivers exceptional technical performance and machining precision. It provides customized solutions for high-end manufacturing industries such as display, semiconductor, and microfluidics, redefining quality standards in precision micromachining.

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PRODUCTS

Micro-engravingNano-Scale Microstructure Machining ——ML-EDGE

Designed exclusively for research applications, ML-NEBULA focused on high-precision nanoscale microstructure processing. With exceptional technical performance and stability, it provides reliable microfabrication tools for research institutions and advanced laboratories, empowering breakthroughs in nanoscale machining boundaries and driving innovative exploration in materials science and micro-nano manufacturing.

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Micro-engravingNano-Scale Microstructure Machining ——ML-EDGE

PRODUCTS

Micro-engravingThin Sheet Material Machining——ML-NEBULA

Specialized in fine cutting, etching, and drilling of metal and non-metal thin sheet materials,ML-TRACK delivers exceptional machining accuracy and material compatibility. It provides efficient and reliable solutions for thin sheet processing needs across aerospace, semiconductor, electronics, medical, and other industries, redefining efficiency and quality standards in precision machining of thin sheet materials.

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Micro-engravingThin Sheet Material Machining——ML-NEBULA

Technical Advantages

Accurate Rendering of 3D Microstructures

Powered by full closed-loop optical vector monitoring and dynamic compensation technology, we achieve millisecond-level real-time tracking of laser energy fluctuations and pointing deviations. This dynamic compensation enables precise delivery of nano-joule (nJ)-level pulse energy and sub-micron positional accuracy, revolutionizing nano-scale 3D spatial reconstruction technology for microstructures.
Breaking Nano-Scale Machining Limits

Our nano-scale micro-nano machining system leverages multi-sensor fusion closed-loop control to achieve sub-wavelength focusing accuracy (1/4 of focal depth). It pushes the boundary to a minimum line width of < 200nm, redefining a new era of nano-precision in ultra-precision manufacturing.
Virtual Preview Boosts Machining Efficiency by 20%

The real-time digital twin system integrates multi-spectral confocal ranging and visual topology modeling to build a micron-level digital twin of workpieces. By simulating the entire femtosecond laser machining process in virtual space, it enables efficient trajectory simulation and safety planning, driving a 20% improvement in machining efficiency.
Solving Complex Curved Surface Challenges with High-Precision Spatial Control

The spatial attitude adaptive positioning system overcomes the geometric dead-zone positioning challenges of complex curved surfaces through real-time normal vector tracking and dynamic focal deflection compensation technology. Combined with the digital twin system, it achieves closed-loop suppression of clamping deformation and tolerances, establishing a benchmark for ultra-precision micro-nano machining.

About US

Headquartered in Shenzhen's Guangming District,.Monochromaticity Technology Co., Ltd.specializes infemtosecond laser micro-machining R&D and applications.The company develops, manufactures, and sells relatedequipment while providing testing and precision machiningservices. lt delivers comprehensive extreme micro-machiningsolutions-characterized by ultra-high precision, ultra-smaldimensions, ultra-high volume/quantities, and ultra-fastefficiency-for challenging materials in biomedical,semiconductor microelectronics, and aerospace industries.These solutions have gained extensive industry adoptionand recognition.

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