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NanoPrint

3D

Intelligent Laser Nano-Fabrication System

Femtosecond laser 3D nanoprinting technology has broad applications in areas like Micro-Optics, Integrated Photonics, Microfluidics, Biomimetics, Cell Scaffolds Biology and so on. However, it can be difficult to set up and requires intensive experience to use. ‚Äč

WHY ARE WE UNIQUE?

  • Easy Learning

  • Automated Process

  • Broad Material Choice

  • Compatible With More File Formats

  • Multifocal Spots Array (Speed Up Whole Process)

  • Structure Profile Control (Crucial For Waveguide Fabrication)

  • Surface Tracing (Essential For 2D Material Fabrication)

  • Integrated With In-Situ Characterization (Read Your Results Right Away After Writing)

NanoPrint     writing Innofocus logo

3D

In-Situ Characterization showing Innofocus Logo

Broad Material Choice

Broader choice in material enables wider range of application for both academic and industry.

In-Situ

Characterization

The feature, In-Situ Observation for Real Time Response, highly reduces the cycle for commissioning the parameters and remarkably increases the success rate. 

Compatible with any most commonly used 2D bitmaps, 2D vector images, and 3D structure files

Format Compatibility

Focal Spot Shaping

Uncorrected

Corrected

Our incomparable technology in Focal Spot Shaping enables finer and stronger structure in laser writing.

Surface Tracing

Our unique technology allows writing on curved or tilted surface, which realises high quality fabrication on 2D materials for the first time.

Remote Control

The specialized mobile APP for NanoPrint allows users to monitor and even control the fabrication process remotely.

Material Supply

Our material supply service frees users from preparing the samples, and thus speeds up the fabrication process to a great extent.

Innofocus® took NanoPrint      to the Technical Seminar for Micro-nano Structure Preparation and Characterization in Shanghai.

3D