UpNano NanoOne Green — official product imageTwo-photon polymerizationManufacturer image: UpNano

UpNano NanoOne Green

Two-photon polymerizationProfessionalCatalog listing sourced

Multiphoton lithography system using a green femtosecond laser.

Official product

Source reviews: 2026-10-17.
Specifications are reported claims, not independent test results.

The machine at a glance

The details that matter.

Published specifications for this model. Follow a field's source for its configuration and measurement conditions; older fields refer to the profile's reference list.

Core specifications for UpNano NanoOne Green
Introduction yearNot verified
Model familyNanoOne
ProcessTwo-photon polymerization
Build envelope (X × Y × Z)Not verified

Stage travel is not a guaranteed printable cuboid; usable printing geometry depends on objectives and substrates.

Nominal box volumeNot verified

Stage travel is not a guaranteed printable cuboid; usable printing geometry depends on objectives and substrates.

EnclosureNot verified
Materials cited in this profilePhotopolymer resin
Manufacturer listing statusManufacturer documentation verified; availability not established
Regional stock and priceCheck the manufacturer
Market groupingProfessional · editorial grouping

Technical specifications

Additional technical specifications for NanoOne Green
Wavelength (nm)515
Laser Output Power Mw400
Maximum Stage Travel (mm)120, 100, 49
Model notes · 01

Design and workflow

Objective selection changes the optical working conditions. Power at the sample is lower than laser output.

Model notes · 02

Configuration and evidence

Stage travel is not a guaranteed printable cuboid; usable printing geometry depends on objectives and substrates.

A place in the lineage

Explore the model family.

An exact introduction year has not been established in the reviewed sources.

Family: NanoOne · Listing status only

Explore UpNano through the generations

Read this with the specifications

Stage travel is not a guaranteed printable cuboid; usable printing geometry depends on objectives and substrates.

A larger nominal envelope does not establish better print quality. Fit depends on the configuration, usable area, supports, and orientation.