Low cost, fast results, and more - microfluidics can offer exciting opportunities to transform molecular testing and other industries. That's why manufacturers are utilizing injection molding to produce microfluidics at scale. Learn how Canon has leveraged its knowledge, experience and advanced technologies to produce microfluidic parts. Then, discuss how Canon Virginia, Inc. can help your team apply these learnings to solve your own microfluidic challenges, no matter your industry.
Primary Topics:
- How to achieve high precision
- Why utilizing injection molding allows you to scale for mass production
- Why microfluids can cut costs for your company
Presenters:
Wayne Daniel
Director of Business Development; Canon Virginia, Inc.
Wayne Daniel currently serves as the Director of Business Development at Canon Virginia, Inc. Wayne has experience in both injection molding and tool manufacturing, including previous roles as Canon Virginia’s Director of Molding and Director of Tool Manufacturing Operations. His former responsibilities include securing the optimal infrastructure and talent at Canon to ensure the best quality, cost and delivery of plastic molded parts. A member of the Society of Plastics Engineers, Wayne has been heavily focused on innovation and cost reduction activities on the Injection Molding floor.
Patrick Erb
Engineer - Product Development; Canon Virginia, Inc.
Patrick is currently an Engineer in the Product Development Department at Canon Virginia, Inc. He recently joined Canon after completing his Ph.D. in Biomedical Engineering at UNC Chapel Hill and NC State University. Patrick’s Ph.D. research was focused on using microfluidics to solve problems in the biomedical industry. He has extensive experience in the design, fabrication, and operation of microfluidic devices. Patrick’s primary research and product development interests include organ-on-chip, thin film microfluidics, and point of care diagnostics.
