Future of UV/EB Advanced Manufacturing: Trends, Strategies, and Applications
To advance energy curing training, education and professional practice, RadTech International, North America (RadTech) and the State University of New York College of Environmental Science and Forestry (SUNY-ESF) have partnered to create programs that bridge academic and professional development.
The Future of UV/EB Advanced Manufacturing: Trends, Strategies, and Application is a free national webinar series that addresses timely and relevant trends, issues and applications for individuals and organizations committed to expanding or exploring Ultraviolet/Electron Beam (UV/EB) curing technologies.
Webinars typically entail sixty minutes of real-time presentation and interactive facilitated discussion with the participants. This webinar series will also feature training and education opportunities available through the SUNY-ESF/RadTech collaboration. All webinars are offered free to interested individuals.
In addition to the Future of UV/EB Webinar Series, the Radiation Curing Program (RCP) offers opportunities for students and industry professionals to prepare for new careers, advance in current roles, or simply better understand these technologies.
Professional Development Short-Courses:
- Principles of Energy Curing Technologies
- Basics of UV Curable 3D Printing - Coming November 2014
Graduate-Level Short Courses:
RCP offers three graduate-level online courses that provide foundational and advanced treatment of current and emerging UV/EB curing principles and applications. These 500-level courses may be taken for graduate credit or for non-credit professional development. Participants taking all three core courses for credit can earn a Graduate Certificate in Radiation Curing from the State University of New York.
- Introduction to Polymer Coating
- Radiation Curing of Polymer Technologies
- Radiation Curing Equipment, Instrumentation and Safety
Please check back soon.
How to Participate in Webinars:
|Site Applied UV Coating in a Hospital Setting - George M. Aslan|
|UV Cure Inkjet - Developments and Challenges in a Rapidly Evolving Market - Dr. Dene Taylor|
|UV & EB Compliance with Federal Consumer Product Safety Standards -
Neal S. Cohen, Mary Toro, John Boja, & Doreen M. Monteleone
|UV 3D Printing and Additive Manufacturing - Lance Pickens|
|Light Curable Adhesives for Automotive and Electronic Applications and the Benefits of Surface Treatments - Brian Betty, Jeff Leighty, & Paul Mills|
|UV Curing Technology: A Route to Solvent-Free Adhesives and Coatings -
Dr. Stephen Cantor
|Recent progress in UV-A, UV-B, and UV-C LED technology, and emerging applications - Dr. Paul Rudy|
|Introduction to Design of Experiments for UV/EB Scientists and Engineers -
Dr. Allan Guymon
|Demystifying UV & EB Technology - Dr. Doreen M. Monteleone, Lisa Fine, & Dr. Stephen C. Lapin|
|Hyphenated Thermal, Thermomechanical, and Dielectric Analysis Techniques for Optimizing and Monitoring Photo-curing Processes - Dr. Pamela Shapiro|
|UV LED Review & Preview for UV LED Summit 2013 - Jennifer Heathcote, Chad Taggard, & JoAnn Arceneaux|
|UV/EB Technology Center at SUNY-ESF - Dr. Mark Driscoll|
|Radiation Curable Additives Enabling Excellent Paint Surfaces - Dr. Paulo Roberto Vieira Jr.|
|Enabling Clean Air Manufacturing with UV & EB Technology - Rules & Planning Panel Discussion - Special Broadcast from uv.eb West 2013|
|Staying in Compliance and in Business with UV/EB - Rita Loof|
|New Press Technologies for UV/EB - Tony Bean|
|The ABC's of UV Measurement & Process Control - Jim Raymont|
|Introduction to the Selection of UV and EB Curing Equipment -
Dr. Stephen C. Lapin
|Introduction to UV/EB Materials - Dr. Mike Idacavage|
For more information about SUNY-ESF and its Institute for Sustainable Materials and Manufacturing's UV/EB Technology Center and other related education and training opportunities please visit: www.esf.edu/outreach/projects/sustainus