Intelligent Micro Patterning, LLC
Saint Petersburg, FL 33701
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Maskless Lithography System offers scalable functionality.
Providing 1 micron min feature size, SF-100 XPRESS can be custom-configured with various options to meet specific application requirements. Maskless exposure system utilizes Smart Filter technology, which incorporates micro-optical techniques to project master images directly onto diverse substrate materials. Serving researchers and manufacturers in various market segments, system capabilities...
Read More »Intelligent Micro Patterning Enters South America with SF-100 Sale to Universidad de los Andes, Columbia
JANUARY 15, 2008 Intelligent Micro Patterning, LLC, St. Petersburg, Florida, announced the sale of an SF-100 system to the Department of Electrical Engineering at the Universidad de los Andes in Colombia, South America. The SF-100 is a unique, maskless photolithography system that utilizes patented Smart Filter technology, licensed by Intelligent Micro Patterning, LLC from the University of South...
Read More »SF-100 Rotational Stage Assembly Provides MicroPatterning of Cylindrical Surfaces
St. Petersburg, Florida, October 24, 2006: Intelligent Micro Patterning, LLC, St. Petersburg, Florida, announced a new, unique enhancement to the SF-100 maskless micropatterning system, termed the SF-100 Rotational Stage Assembly. This additional capability allows for micro patterning of features seamlessly on cylindrical curved surfaces. The SF-100 is a unique, maskless photolithography system...
Read More »Intelligent Micro Patterning Provides SF-100 to Purdue University for Development of Three Dimensional MicroScale Rapid Prototyping
Intelligent Micro Patterning Provides SF-100 to Purdue University for Development of Three Dimensional MicroScale Rapid Prototyping St. Petersburg, Florida, April 5, 2006: Intelligent Micro Patterning, LLC, St. Petersburg, Florida, announced the sale of an SF-100 maskless exposure system to the Department of Electronic and Electrical Engineering at Purdue University, West Lafayette, Indiana. The...
Read More »Maskless Lithography System offers scalable functionality.
Providing 1 micron min feature size, SF-100 XPRESS can be custom-configured with various options to meet specific application requirements. Maskless exposure system utilizes Smart Filter technology, which incorporates micro-optical techniques to project master images directly onto diverse substrate materials. Serving researchers and manufacturers in various market segments, system capabilities...
Read More »Intelligent Micro Patterning Enters South America with SF-100 Sale to Universidad de los Andes, Columbia
JANUARY 15, 2008 Intelligent Micro Patterning, LLC, St. Petersburg, Florida, announced the sale of an SF-100 system to the Department of Electrical Engineering at the Universidad de los Andes in Colombia, South America. The SF-100 is a unique, maskless photolithography system that utilizes patented Smart Filter technology, licensed by Intelligent Micro Patterning, LLC from the University of South...
Read More »SF-100 Rotational Stage Assembly Provides MicroPatterning of Cylindrical Surfaces
St. Petersburg, Florida, October 24, 2006: Intelligent Micro Patterning, LLC, St. Petersburg, Florida, announced a new, unique enhancement to the SF-100 maskless micropatterning system, termed the SF-100 Rotational Stage Assembly. This additional capability allows for micro patterning of features seamlessly on cylindrical curved surfaces. The SF-100 is a unique, maskless photolithography system...
Read More »Intelligent Micro Patterning Provides SF-100 to Purdue University for Development of Three Dimensional MicroScale Rapid Prototyping
Intelligent Micro Patterning Provides SF-100 to Purdue University for Development of Three Dimensional MicroScale Rapid Prototyping St. Petersburg, Florida, April 5, 2006: Intelligent Micro Patterning, LLC, St. Petersburg, Florida, announced the sale of an SF-100 maskless exposure system to the Department of Electronic and Electrical Engineering at Purdue University, West Lafayette, Indiana. The...
Read More »