The Nanoscribe Photonic Professional GT2 is a 3D micro/nanofabrication system that uses laser-based direct-write lithography and layer-by-layer two-photon polymerization to print polymer resins at the nano scale, producing highly complex three-dimensional structures at the micro and nanoscale.
Unlike conventional lithography techniques, the GT2 is capable of fabricating intricate geometries including overhangs, undercuts, porous scaffolds, and smooth curved surfaces that would otherwise be impossible to manufacture. Structures are designed using standard CAD software and printed directly from digital files, making the system highly accessible for a broad range of research disciplines.
The GT2 is designed for research and rapid prototyping, supporting applications across microfluidics, micro-optics, photonics, plasmonics, micromechanics, biomedical engineering, MEMS development, and the fabrication of complex nano structures.
Manufacturer: Nanoscribe
Model #: Photonic Professional GT2
Location: Parsons Hall, Room S143
Specifications:
- Build volume: 100 x 100 x 8 mm
- Resolution: XY resolution 400 nm. Vertical resolution 1000 nm
- Laser Source: Class 3B Femtosecond Laser (780 nm, 100 fs pulses, avg output power <180 mW, peak power = 25 kW, repetition rate=80 Mhz)
- Software: DeScribe and Nanowrite
Principal Scientist: Kevin Mello/Aylin Aykanat
The Knowledge Base contains forms, instruction and training material, minutes, policies, tools and other resources to support your research efforts by topic area.
Aylin Aykanat
Parsons Hall, Room N233
Durham, NH 03824
Phone: (603) 862-1692
Email: Aylin Aykanat
Kevin Mello
SwRI Office, Morse Hall
Durham, NH 03824
Phone: (603) 862-7790
Email: Kevin.Mello@unh.edu
Rates:
UNH Rate:
$25 first day, $1/hr after first day
Non UNH Academic Rate:
$25 first day, $1/hr after first day
Industry Rate:
Assisted: $115/hr
Unassisted:
$50/hr for the first hour
$25/hr for hours 2-4
$5/hr per each additional hour after 4 hours
