MOJI-NANO
Ultra-fast Laser Processing
Maskless Lithography
Nanoscale 3D Printing
Equipment sales/Custom research and development/Processing services
Moji Nano
Ultra-fast Laser Micro-nano Processing
Support multi-material processing / combination of increasing and decreasing materials / dual wavelength output / high-energy femtosecond laser
Moji Nano
Maskless Lithography Equipment
Scientific research & industrial wafer level / maximum support 12 inches / high precision / efficient processing
Moji Nano
3D Micro-nano Processing / Nano-3D Printing Equipment
Ultra-high efficiency / 7*24 hours continuous work / ultra-high stability /nanoscale precision 3D alignment
About MOJI-NANO
Moji Nano Technology
Provide cutting-edge technology and equipment support for global industries and research institutions
Industry Experience
3D Structure Precision
Independent Innovations
Clients
NanoBoostPrinter
Unleashing a revolution in nano-3D printing efficiency
Breaking through the speed and precision limitations of traditional path-scanning methods, with a 10-200x speed increase achievable at a single point
Completely break free from the physical limitations of galvanometer and platform movement.
A high-frequency point control strategy that covers a larger area while maintaining extremely high positioning accuracy
Achieve 3D single-point processing accuracy of 50 nanometers (non-STED, non-suspended, no stimulated emission depletion required)
Accumulate tens of thousands of hours of process experience
Free from the limitations of multi-focus processing periodicity and path planning, while being compatible with multi-focus superposition strategies
Single-point processing efficiency increased by 10-200 times, and multi-focus arrays can be superimposed to achieve a comprehensive efficiency improvement
The Myriad Transformations Driven by the Exponential Leap in Processing Efficiency
From Single-Piece Processing to Mass Manufacturing: The shift from daily-level printing to hourly-level printing enables high-throughput R&D and production.
No More Compromises on Structural Complexity: Higher efficiency supports both higher resolution and more intricate structures.
Significant reduction in processing costs: Equipment utilization is improved, with unit costs dropping by over 80%.
Broader application implementation: It can be deeply integrated into industrial scenarios such as consumer electronics, medical devices, and aerospace.
Usher in a New Era of "Both Efficiency and Precision"
The launch of NanoBoostPrinter technology is not only the result of Moji Nano’s years of accumulation and collaborative iteration with customers—achieving a leapfrog upgrade in equipment performance—but also a symbol that the entire nano-3D printing industry has entered a new phase of industrialization acceleration. In the crucial decade of "technology advancing toward industrialization", we aim to leverage this transformative efficiency improvement to drive multiphoton polymerization technology out of laboratories and into more practical application scenarios. Our goal is to enable "nano-scale manufacturing" to truly serve the high-end intelligent manufacturing and micro-level innovation of the future world, and accomplish the leap from industrialized production to an industrialized ecosystem.
Products & Services
3D Micro-nano Processing/Nano 3D Printing Equipment
● PROME-Uni
● PROME-Photonic
● DLW-RD
● DLW-Bio
High Precision
High Speed
Long-term Stability
Fully Automatic Control
Open-source 3D design software
Modular system design
Customized industrial production processes
Upgrade and expansion services
Solutions
Optical Communication & Optical Chips
Biomedical Engineering
Micro-nano Optical Devices
Microfluidics
Optical Communication & Optical Chips
Advanced Materials
Optical Storage
Cross-scale Nano-level Three-dimensional Processing Capability
Moji Nano Technology deeply integrates into biomedicine, micro-nano optics, optoelectronic communication, new materials, anti-counterfeiting, and other fields, combining self-developed equipment to explore and form unique and mature processing technologies for multiple industry applications.
Blog
Address
No. 1 Rongchang Road, Huangbohai District, Yantai City, Shandong Province, China
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