Pressco Technology
Erik Kauntz is a mechanical engineer with extensive experience in mechanical design and engineering roles, currently working at Pressco Technology since November 2016. Prior to this position, Erik served as Mechanical Engineering Lead at Pressco Techno-Systems from June 2009 to July 2016, where responsibilities included SolidWorks design and developing Altatherm product applications. Erik also contributed to projects as Engineering Project Lead and Mechanical Engineer, specializing in supporting systems such as cooling systems and semiconductor circuit traces. Erik's early career includes internships at Pressco Technology and Albion Machine & Tool, as well as research focused on semiconductor technology. Erik holds a Bachelor of Science in Mechanical Engineering from Rensselaer Polytechnic Institute, obtained in 2010.
Pressco Technology
Headquartered in Cleveland, Ohio USA, Pressco brings unequaled experience and knowledge to the vision and sensor based solutions it provides to the high-speed container manufacturing industry. With over 8,000 Pressco systems installed in over 84 countries worldwide, Pressco Sales and Service Engineers are strategically located in North, Central, and South America, Europe, and the Asia Pacific region. Its industry leading technical support group is available 24/7, allowing Pressco to respond quickly to customer needs anywhere in the world. Known for over 50 years of innovations, Pressco is recognized as the world leader in developing new vision inspection solutions to improve process control and maximize profitability for companies that manufacture and fill containers. All systems consist of modular components and are individually engineered and configured to meet the needs of a specific customer's application. Supported by more than 46 patents and a wealth of proprietary expertise, Pressco products help customers reduce spoilage, increase uptime, and provide higher quality products to their customers. The INTELLISPEC™ system employs the latest advances in cameras, software, lighting, and optics to optimize defect detection while minimizing false rejects and false accepts. Each INTELLISPEC system can be configured with up to eight cameras to provide more application versatility while minimizing the cost per inspection.