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NanoOne Green from UpNano is a high-performance two-photon polymerization (2PP) 3D printer that utilizes a 515 nm laser with up to 400 mW output power. Offering over 30% higher precision compared to a 780 nm laser wavelength and the ability to process a broader range of standard and transparent materials, NanoOne Green enables a wide array of advanced research and industrial applications.
The NanoOne Green model is particularly well suited for applications requiring ultra-high resolution and exceptional optical clarity. It supports cutting-edge research in plasmonics, photonics, and meta-material fabrication, as well as applications demanding transparent, non-autofluorescent materials such as microfluidics, polymer optics, and biocompatible scaffolds. Ideal use cases include micro-optics, transparent medical micro-devices, and structures requiring sub-100 nm resolution.
The UpNano’s entry model in 2-photon-based 3D printing. Designed for speed and precision, it excels in classic 2PP applications, allowing for intricate structures at the 100-nanometer scale and components with edge lengths up to 40 mm. This system opens the door to limitless possibilities, including full-surface wafer manufacturing
| System type | Desktop multiphoton laser lithography system |
|---|---|
| Printing process | Layer-by-layer 2-photon polymerization |
| Light source | Femtosecond fiber laser |
| Laser wavelength | 515 nm |
| Output power of femtosecond laser | 400 mW |
| Scanner | Galvanometer scanner |
| Stage | Long-range piezo stage |
| Maximum travel range | Up to 120 x 100 x 49 mm |
| Stage address grid | 10 nm |
| System dimensions | Benchtop system 58.5 x 71.0 x 65.0 cm³ |
| Total weight | 124 kg |
Our friendly team is here to help.
info@trokutsolutions.com
Our friendly team is here to help.
(+91) (022) 40124404
