Advanced Lithography
Capabilities
Enables complex nanofabrication tasks.
High Resolution
and Precision
Provides accurate patterning at the nanoscale.
Versatile Applications
Suitable for a wide range of research and development activities.
User-friendly Interface
Simplifies the process of designing and executing nanolithography patterns.
Robust and
Reliable Design
Ensures consistent performance and longevity.
Damage-free Lithography
No damage from charged particles, no proximity effects, and clean lift-off.
Compatibility
Works with all
standard pattern
transfer methods.
Unique Thermal Cantilevers
Integrated microheater and distance sensor.
Modules
Customizable
Configuration
Empowering users with flexibility: With 3 Lithography modules, 3 housing options available, and 5 software packages, you can configure the NanoFrazor to fit your needs.
The 3 Lithography
Modules
t-SPL: For high-resolution patterning, grayscale with unmatched resolution, markerless overlay and local thermal modifications
Decapede: For all t-SPL capabilities, with 10 probes working in parallel, for 10 times the throughput
Direct Laser Sublimation: 1 μm resolution patterning with higher throughput, and even more power for local heating.
The 3 Housing
Options
Table-top: Very compact housing solution that fits in every lab
Stand Alone Housing: The most robust housing solution, that protects the NanoFrazor from external factors like acoustic noise and vibrations.
Glovebox: The NanoFrazor can be integrated into a Glovebox for nanofabrication in an inert atmosphere.
The NanoFrazor Software
and its Options
The NanoFrazor software guides the user through the system setup, layout import, and patterning. New users feel comfortable with the simple user interface, while experienced users can control all patterning parameters via the advanced settings panels. Advanced software modules are available and can be added to any software installation:
Grayscale patterning: For importing grayscale designs and using the advanced feedback algorithms for patterning with controlled depth.
Smart splitting: For importing large designs that must be split into multiple fields and ordered for optimized patterning and stitching.
Automated overlay: For detection and precise overlay on underlying structures
Dynamic local temperature modulation: For dynamic control of thermal stimulus applied to precise, pre-determined locations on the substrate.
Upgradable
Modules
Begin with ease and expand as needed – NanoFrazor allows users to start with the configuration that best fits research needs today and seamlessly integrate additional modules over time. This scalable approach ensures adaptability to evolving research demands.
Join our
community
«I believe that Thermal Scanning Probe Lithography is the nanofabrication technique of the future. The Nanofrazor offers better resolution than EBL, no need for high vacuum or a cleanroom, and in-situ imaging, which means no markers needed. In our group we particularly appreciate the Nanofrazor for chemical nanopatterning in biomedical research. »
– Prof. Dr. Elisa Riedo, NYU Tandon School of Engineering
«I really appreciate the versatility of the NanoFrazor, which allows us to seamlessly mix and match thermal nanolithography and laser writing on a variety of different materials. Also the possibility to perform in-situ imaging with nanoscale resolution provides direct feedback on the patterning and alignment, which greatly streamlines the patterning optimization process.»
– Prof. Dr. Edoardo Albisetti, Politecnico di Milano
«NanoFrazor was a game changer for my research group. The compactness of the system allowed us to pack fabrication facilities into gloveboxes, allowing a fully inert process for air-sensitive materials and opening research opportunities. Beyond the obvious capabilities in nanolithography, we were also pleasantly surprised at the ‘non-lithography’ potential of the instrument.»
– Dr. Chit Siong Aaron Lau, Institute of Materials Research and Engineering, Singapore
Get in Touch!
Are you interested in learning more about the NanoFrazor tool and would like
to discuss with us? Then get in touch with us by completing the contact form and
we’ll get back to you right away!