Do you have an advanced materials need?
How Can We Help?
We have a range of services to help you anywhere in your development pipeline, from ideation to scaled manufacturing.
Unique Products
We have developed a range of advanced materials, available only through Materic, for use in tissue engineering, flexible electronics, textiles, and more.
Custom Manufacturing
Our team of scientists, engineers, and designers assist in all phases, from ideation to prototyping, to help turn concepts into tangible products.
Areas of Expertise
We have expertise in the areas of Nanomaterials, 3D Printing, Specialty Inks, Specialty Textiles, and Controlled Release.
The Materic Team
Our team is technically oriented across a broad range of disciplines,
from materials science to processing and manufacturing.
Stephen Farias
Characterization and Electronic MaterialsPhD in Material Science
Colin Harmer
Technical Service and Inorganics
Kurt McWilliams
Materials SciencePhD in Organic Chemistry
Keturah Postell
Textiles and ColorPolymer and Color Chemistry, Medical Science
Mike Pallotta
Production and Process ControlB.S. in Chemical Process Engineering
Mohan Nartu
Ceramics and 3D PrintingPhD in Materials Engineering
Rashi Sultania
Cell and Tissue EngineeringM.S. in Chemical and Biomolecular Engineering
Ronish Shrestha
Polymer Processing and FormulationsM.S. in Chemical Engineering
Matthew Lewis
3D PrintingAdditive Technician Degree
Kavish Sudan
Research & Development Scientist
Nathan Nimbargi
Mechanical Engineering and Technical SupportB.E. in Mechanical Engineering
Mark Juetten
Intellectual PropertyPhD in Organic Chemistry
Winston Frazer
3D Printing and DesignB.A. in Fine Arts
Adam Steinmark
3D Printing and DesignB.S. in Mechanical Engineering
Jacob Isbell
Imaging and ModelingPhD in Electrical Engineering
Sophie Taczak
Formulation and ChemistryB.S. in Chemistry
Olumide Kayode
Tissue Engineering and Biopolymers
Scott Gaboury
Polymer Processing and Formulation
Sam Rosenthal
Electronics and NanomaterialsPhD in Physics
Itso Ivanov
Nanomaterials and PhysicsM.S. in Engineering Physics and Applied Physics
Sean Mayo
3D PrintingAdditive Manufacturing Degree
Alex Paisley
Virtual Sales PersonConnecting interest to action
Allie Stambaugh
Accounts ReceivableB.A. in Fine Arts
Samir Rashiduddin
Finance and AdministrationMasters of Business Administration
Kelli Booth
Scaleup and ProductionB.S. in Chemical Engineering
Ken Malone
Partnerships and Capital InvestmentsB.S. in Biochemistry and PhD in Polymer Science
Review Our Recent Experience
Materic’s customers are startups and Fortune 500 companies in a wide range of industries. There is no typical engagement. We supply unique products and work with you, as an extension of your team, on development projects and custom manufacturing for your needs.
What we did in a couple days with Materic, could take 6 months with another group that doesn’t have an interest in satisfying customers needs. Materic’s openness and willingness to have people onsite and address problems collaboratively, is quite unique. We’ve worked with 3 or 4 commercial electrospinning companies. Working with Materic is quite different.
The first conversations we had with Materic told us that we were dealing with folks that had a great understanding in electrospinning. We also found Materic to be very responsive and customer friendly. The Materic team didn’t tell us how it was going to be, they worked with us to satisfy our needs.
Latest News
Advancements in Nanofiber-Based Textiles: Revolutionizing Performance and Protection
Introduction In recent years, nanofiber-based textiles have emerged as a groundbreaking innovation in the textile industry, revolutionizing the way we think about performance and protection in various applications. With their unique properties and capabilities,
Electrospinning: Scalable Fabrication and Crosslinking of Electrospun Gelatin Nanofibrous Constructs for Enhanced Scaffold Stability and Cell Viability GalleryElectrospinning: Scalable Fabrication and Crosslinking of Electrospun Gelatin Nanofibrous Constructs for Enhanced Scaffold Stability and Cell Viability
Electrospinning: Scalable Fabrication and Crosslinking of Electrospun Gelatin Nanofibrous Constructs for Enhanced Scaffold Stability and Cell Viability
Introduction In the realm of cell-based assays and tissue engineering, the development of biomimetic polymers has revolutionized the field. However, one challenge that researchers face is the need for effective three-dimensional scaffold constructs. To
Electrospinning: Exploring the Versatility of Electrospun Nanofiber Mats for Advanced Tissue Engineering and Regenerative Medicine
Introduction Electrospinning has emerged as a versatile and powerful technique for producing highly customizable nonwoven nanofiber mats with diverse properties. These mats, composed of synthetic polymers, biobased polymers, or their combinations, offer exciting opportunities
Technical and Support Partners
Our collaborators include government, academic, and industrial organizations.
