Unlock limitless possibilities with the NanoOne 1000, equipped with the most powerful femtosecond laser in its class. With this unparalleled power, the NanoOne 1000 goes beyond traditional 2PP applications, allowing you to create mesoscale structures and print with exotic resins. Whether you’re crafting intricate details or pushing the boundaries of what’s possible, the NanoOne 1000 empowers you to bring your ideas to life with precision and innovation. Experience the future of 3D printing with NanoOne 1000.
Customized upgrades for innovative applications
The NanoOne printing platform is designed to be adaptable to the exact requirements of each application, offering a ready-to-use standard configuration that can be easily customized with additional modules to suit exact customer needs. Whether you choose to add these modules at the time of purchase or later, NanoOne 1000 adjusts to the evolving needs of your latest innovation.
Specifications of the system
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System type
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Desktop multiphoton laser lithography system
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Printing process
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Layer-by-layer 2-photon polymerization
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Light source
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Femtosecond fiber laser
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Laser wavelength
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780 nm
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Output power of femtosecond laser
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1000 mW*
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Scanner
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Galvanometer scanner
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Stage
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Long-range piezo stage
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Maximum travel range
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Up to 120 x 100 x 49 mm
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Stage address grid
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10 nm
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System dimensions
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Benchtop system 58.5 x 71.0 x 65.0 cm³
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Total weight
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124 kg
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*Power in the sample depends on the selected objective and is lower than the output power of the laser. For further information, ask the UpNano sales team.
Overview of NanoOne models
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 |
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|---|---|---|---|---|
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Output power of femtosecond laser
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250 mW*
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1000 mW*
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1000 mW*
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400 mW*
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Laser wavelength
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780 nm
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780 nm
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780 nm
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515 nm
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Pulse length
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90 fs
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90 fs
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90 fs
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90 fs
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Standard objectives
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40x NA 1.4
20x NA 0.7 10x NA 0.4 |
40x NA 1.4
20x NA 0.7 10x NA 0.4 5x NA 0.25 |
40x NA 1.4
20x NA 0.7 10x NA 0.4 10x NA 0.3 5x NA 0.25 |
40x NA 1.4
20x NA 0.7 10x NA 0.4 |
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System dimensions
Total weight |
58.5 x 71.0 x 65.0 cm³
124 kg |
58.5 x 71.0 x 65.0 cm³
124 kg |
94.0 x 71.0 x 65.0 cm³
156 kg |
58.5 x 71.0 x 65.0 cm³
124 kg |
|
*Power in the sample depends on the selected objective and is lower than the output power of the laser. For further information, ask the UpNano sales team.
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||||
|
System type
|
Desktop multiphoton laser lithography system
|
|---|---|
|
Printing process
|
Layer-by-layer 2-photon polymerization
|
|
Light source
|
Femtosecond fiber laser
|
|
Scanner
|
Galvanometer scanner
|
|
Stage
|
Long-range piezo stage
|
|
Maximum travel range
|
Up to 120 x 100 x 49 mm
|
|
Stage address grid
|
10 nm
|
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Frequently asked questions
The increased laser power significantly enhances printing versatility. It enables optimal use of the 5x NA 0.25 objective for producing larger, more robust structures, ideal for components like jigs and fixtures used in precision microfabrication. Additionally, the higher energy output supports printing greater volumes of transparent materials and proves especially valuable in material research, where certain resins require elevated energy levels for effective polymerization.
Industries that benefit most from the NanoOne 1000 include micro-optics, semiconductors, microfluidics and advanced manufacturing. Its high power and resolution make it ideal for producing detailed microstructures, components for sensors and complex prototypes at various scales.
The high power laser of the NanoOne 1000 enables both mesoscale printing using low-magnification objectives and maintains excellent compatibility with a wide range of resins including exotic formulations.
The NanoOne 1000 delivers outstanding resolution, achieving feature sizes below 150 nm and surface roughness below 5 nm with its 780 nm wavelength laser. The NanoOne 1000 stands out with its powerful 1000 mW laser – offering exceptional throughput making it ideal for rapid mesoscale printing and high-volume applications.
The NanoOne 1000 uses a 780 nm femtosecond fiber laser as its light source. This infrared wavelength is well-suited for a wide range of standard 2 photon polymerization (2PP) applications.
Yes, the NanoOne 1000 is designed to handle both high-resolution microstructures and larger-scale prints. Its high laser power (1000 mW) and Adaptive Resolution technology allow for speedy printing of mesoscale objects while maintaining fine detail in critical areas.
The NanoOne 1000 is compatible with a wide range of standard 2PP resins, including fluorescent, non-fluorescent, functional, and bio resins that cure at 780 nm. It supports materials for micro-optics, biomedical devices, microfluidics and general high-resolution prototyping.
The NanoOne 1000 can be used for bioprinting applications, especially with compatible fluorescent or bio resins responsive to 780 nm light.
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