Rice University

Shared Equipment Authority

3D Laser Lithography System-Photonic Professional GT

Location: 
Abercrombie C108

 

Additive Manufacturing & Maskless Lithography in One Device

 

This highest resolution 3D printer enables the rapid fabrication of nano-, micro- and mesostructures with feature sizes starting from about hundred nanometers and heights up to several millimeters with layer thicknesses well below 1 μm with optical quality surfaces.

 

In combination with tailor-made photoresists ,hardware- and software packages, the turn-key system is embedded best along the 3D printing workflow and allows for highest resolution

with a previously unavailable freedom of design.

 

Subsequent independent processes enable the transfer and/or replication of polymeric 3D printed templates into a large choice of materials, including metals and semiconductors.  The additive manufacturing of 2D, 2.5D and 3D objects paves the way for a wide field of novel applications, including:

 

• Micro-optics and photonics

• Integrated wafer-level optics

• Micro-fluidics

• MOEMS / MEMS

• Cell scaffolds / tissue engineering

• Biomimetics

• Rapid Prototyping

• Maskless Lithography

 

Almost arbitrarily complex shaped polymer structures with finest feature sizes in the sub-micrometer range are achieved by means of two-photon polymerization.  A tremendous speed-up of the writing process is driven by an embedded ultra-high precision galvo technology, which laterally deflects the laser focus position by use of a galvanic mirror system. Thus, the fabrication of large area 3D micro- and nanostructures is now feasible in shortest time. In addition to rapid x-y-beam-scanning, a piezoelectric scanning stage provides ultra-precise x-y-z-movements of the substrate relative to the laser focus position. Speed, precision and extraordinary resolution prove these 3D printers to serve as disruptive enablers for novel applications.  The table-top laser lithography systems are fully automated. An intuitive, user friendly software as integral part of an innovative workflow eases demanding tasks and secures their successful completion. Structures can either be designed in 3D printer compatible CAD software programs (Easy CAD import via DXF, STL file format) or directly implemented in Nanoscribe´s GWL scripting language.

Notifications: 
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Max Daily Prime Hours: 
8
Use Prime hours: 
No
Max Weekly Hours: 
0
Max Daily Hours: 
0
Training Contact: 
Tim Gilheart, gilheart@rice.edu
Rice U Fee: 
$20/hr
Non-Commercial / Academic Fee: 
$31.30/hr
Corporate / Commercial Fee: 
$100/hr
Maintenance: