NanoOne 250

UpNano’s entry model, designed to elevate your printing experience with enhanced speed for all classic 2PP applications.

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Description

Welcome to the world of 2-photon-based 3D printing with UpNano’s entry model, designed to elevate your printing experience with enhanced speed for all classic 2PP applications. Whether you’re printing intricate structure details in the 100-nanometer range or manufacturing components with an edge length of up to 40 mm, or even aiming for full-surface wafers, this system unlocks a world of possibilities.

 

  • Average output power of the femtosecond laser – 250 mW*

 

  • Pulse length of the laser beam – 90 fs

 

  • Included high-performance objectives – 40x NA 1.4 / 20x NA 0.7 / 10x NA 0.4 – Upgrade ability for additional objectives

 

 

Tailored upgrades for every application

NanoOne printing systems come in a ready-to-use standard configuration, but are also customizable with additional modules to suit specific customer requirements. Below is a glance at the available upgrade options with which you can ensure that your NanoOne 250 will meet your needs. These upgrades can be easily retrofitted at any time, ensuring your printing system evolves with your changing demands. Additionally, the system’s laser can be upgraded to a powerful 1000 mW directly on-site, further expanding the universe of possibilities.

 

 

Specifications of the system

System type Desktop multiphoton laser lithography system
Printing process Layer-by-layer 2-photon polymerization
Light source Femtosecond fiber laser
Laser wavelength 780 nm
Output power of femtosecond laser 250 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

 

*Power in the sample depends on the selected objective and is lower than the output power of the laser.

Datasheets

  • Datasheet 1
  • Datasheet 2

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Partners: UpNano

Products: Additively Manufactured Printers