SIMSCOP Two-Photon 3D Printing Microscope is designed for high-end scientific research and industrial micro-nano manufacturing. Integrating single-focal/multi-focal holographic parallel scanning, grayscale modulation exposure, and dynamic focus positioning technology, it achieves a flexible balance among fabrication precision, forming speed, and manufacturing efficiency. The system is compatible with a wide range of substrates, including transparent, opaque, and flexible polymers. It is suitable for integrated photonics, metasurfaces, biochips, micro-nano mechanics, direct laser writing on optical fibers, and microfluidics, providing a stable and reliable platform for scientific exploration, process development, and large-scale production.

SIMSCOOP Two-Photon 3D Printing Microscope

Performance Advantages

Focusing on surface quality, fabrication speed, long-term stability, and software usability, it forms an end-to-end manufacturing capability ranging from fine structures to large-area arrays.

Measured Performance Comparison

Figures 1 and 2 compare structural surface results under different exposure methods, demonstrating that grayscale exposure achieves superior surface roughness. Figure 3 illustrates the overall result of large-area thin-film direct writing, while Figure 4 provides a magnified view of Figure 3, highlighting the system's ability to maintain high uniformity across large-area processing.

Superior Surface Roughness		Higher Fabrication Uniformity
Fig. 1 TPL FAST Binary exposure surface effect	Fig. 2 TPL GRAY Grayscale exposure, Ra < 20 nm	Fig. 3 Large-Area Film Writing Overall continuous writing effect	Fig. 4 Fig. 3 Magnified View Local lines maintain excellent uniformity

Core Specifications

Typical Applications

Accommodating both transparent and non-transparent substrates, as well as planar and curved surfaces, it covers multi-level demands ranging from fundamental research and prototype validation to large-scale array manufacturing.

Application Cases

Spanning micro-optics, micro-mechanics, thin-film fabrication, and metasurfaces, supporting multi-scale, arrayed, and complex 3D structure manufacturing.

Microlens Array	Micromechanical Structure	3D Mechanical Structure
Thin Film Direct Writing	Optical Microstructures	Metasurface

Specifications

The SIMSCOP Two-Photon 3D Printing Microscope offers three configurations: TPL FAST, TPL GRAY, and TPL MULTI GRAY, covering high-speed single-focal point scanning, grayscale high-precision scanning, and multi-channel holographic parallel processing.

* Specific configurations and technical specifications may vary based on optional packages; please refer to the final technical agreement.