Certification Package: Folding Cartons Essentials Expert
-
Log In to Enroll
- This certification is available to: Principal Member and Associate Member. Please log in to enroll.
This content is available to select members to test content on PPC's new e-learning platform. Please reach out to us directly with questions, concerns, or feedback.
Folding Carton Essentials is an essential training opportunity for those new to cartons or the industry and non-plant personnel with limited experience outside a single plant operation. This curated series of online lessons will provide a unique experience that teaches attendees about topics such as windowing, rigid boxes, automatic packaging, cold and hot foil, tooling, laminating, and more.
This new offering takes inspiration from our in-person event of the same name but features all-new video lessons created in-house by our industry experts. Join us to hear from industry leaders and learn all aspects of the industry, from making paper to customer delivery and all “folding carton” points and processes in between.
-
Contains 24 Component(s)
The Folding Carton Beginner Essentials series introduces key concepts of folding cartons, covering their definition, industry overview, processes (web and sheet), and tools like air hammer and stripping.
The Folding Carton Beginner Essentials series introduces key concepts of folding cartons, covering their definition, industry overview, processes (web and sheet), and tools like air hammer and stripping. It also explores automation in packaging and concludes with a recap, offering a comprehensive introduction to folding carton production.
$i++ ?>Ben Markens
President
Paperboard Packaging Council
As a child, Ben grew up in a racially diverse neighborhood in Chicago. After moving to the east coast he watched, with curious eyes, as his father worked as the CFO of a camera business. During college, he worked on the camera company’s assembly line with people from very different economic realities. These experiences sparked Ben’s interest in supporting community and building business—two aims that would remain consistent throughout his career.
The next leg of Ben’s career began in a paperboard and folding carton manufacturing company. Working his way up to Plant Manager in only five years, Ben mastered the skills he would soon use when he made the bold decision to break out and start a management consulting firm with his dear friend, Andy, and his wife, Jennie. Before long, Ben was traveling across the country, helping companies create tighter operating controls, superior performance, and increased profits. When PPC began to suffer from decreased engagement, shrinking membership numbers, and lost revenue, they asked Ben to take over. With a newly expanded team, Ben used his business and leadership skills to turn the association into a newly thriving organization.
Outside work, Ben loves to spend time with his family, serve on numerous nonprofit boards, and walk the many hills of his town, Ashfield, Massachusetts, where he has exceeded 10,000 steps per day, 365 days a year, for over six years without a miss. Obsessive and compulsive? Maybe! But he’s also compulsive about community, elevating our team, and making a difference.
-
Contains 6 Component(s)
This series provides a comprehensive look at the economics, infrastructure, and material science behind paper recycling and recovered fiber. Learners will explore how fiber is generated, collected, sorted, and valued within the recycling market, as well as how packaging design and global trends influence recyclability and supply. The lesson also examines the challenges of single-stream systems, the differences between paper and plastic recycling, and the key factors that determine the quality, usability, and market price of recovered fiber.
This lesson provides a comprehensive look at the economics, infrastructure, and material science behind paper recycling and recovered fiber. Learners will explore how fiber is generated, collected, sorted, and valued within the recycling market, as well as how packaging design and global trends influence recyclability and supply. The lesson also examines the challenges of single-stream systems, the differences between paper and plastic recycling, and the key factors that determine the quality, usability, and market price of recovered fiber.
$i++ ?>Quinn Garber
VP Sales, South Region
Integrity Fiber
Vice President of Sales for Integrity Fiber. Former Disc jockey turned waste paper manager/consultant with 17 years of waste paper experience. Quinn enjoys spending time with his family and working hard to keep up with a Crossfit wife.
-
Contains 12 Component(s)
This comprehensive series walks learners through the full lifecycle of recycled fiber as it becomes coated recycled board (CRB). Students will explore how recovered fiber is cleaned and prepared, how recycled paperboard is formed on the paper machine, and how different board grades compare in performance and end-use. The session emphasizes the relationship between fiber quality, papermaking processes, and the physical properties that determine how board performs in packaging applications.
This comprehensive lesson walks learners through the full lifecycle of recycled fiber as it becomes coated recycled board (CRB). Students will explore how recovered fiber is cleaned and prepared, how recycled paperboard is formed on the paper machine, and how different board grades compare in performance and end-use. The session emphasizes the relationship between fiber quality, papermaking processes, and the physical properties that determine how board performs in packaging applications.
$i++ ?>Jen Lechlitner
Technical Services Manager
Graphic Packaging International
Jen is from Mishawaka, IN. She is a 1997 graduate of Western Michigan University with a BSE in Paper Engineering. She has over 26 years of experience in the paper industry working in paper mills. For the 1st 10 years of her career, she worked at Mead (Currently Pixel Solutions) in Chillicothe, OH focusing on coated free sheet, carbonless, and book grades. She performed production roles through Paper Machine Superintendent.
During the next 8 years, she worked at Appleton Papers (Currently Domtar) in West Carrollton, OH focusing on the production of thermal paper (receipts, labels, etc.). She performed Machine Superintendent and Production Manager roles.
Jen began her career with Graphic Packaging International in Middletown, OH in the technical services group as a Sr. Process Engineer in 2016. After 1 year there, she had the opportunity to move to the GPI mill in Kalamazoo, Michigan where she currently holds the position of Technical Services Manager. She is responsible for the quality of all products produced at the mill and technical support for the production areas. She is also responsible for all customer issues and new product customer qualifications. She has significant involvement with the mill’s intern program and is involved with Western Michigan University Paper Technology Foundation activities.
In her spare time, she enjoys spending time with family and friends, traveling primarily to tropical locations, SCUBA diving, and going to concerts.
-
Contains 12 Component(s)
In this series, learners gain a holistic understanding of how packaging moves from concept to production by exploring the interconnected disciplines of structural design, graphic design, and pre-press. The session provides a practical, end-to-end view of how packaging is designed, engineered, refined, and prepared for manufacturing—highlighting the critical cross-functional alignment needed to ensure accuracy, efficiency, and production success.
In this series, learners gain a holistic understanding of how packaging moves from concept to production by exploring the interconnected disciplines of structural design, graphic design, and pre-press. The session provides a practical, end-to-end view of how packaging is designed, engineered, refined, and prepared for manufacturing—highlighting the critical cross-functional alignment needed to ensure accuracy, efficiency, and production success.
$i++ ?>Susie Stitzel
Director of Product Management for Design & 3D Solutions
Esko
Susie Stitzel is Esko’s Director of Product Management for Design & 3D Solutions. Susie has more than 25 years of experience in the design, prepress, printing, and packaging industries. Her roles have covered a wide spectrum of the industry, including design and prepress management, customer training and support, product management and strategy development. Susie is completely passionate about packaging – to the point that her family will no longer shop with her. She has assisted universities and schools with their packaging curriculum and has enjoyed serving on the Advisory Board for the School of Packaging at Michigan State University. Susie is a frequent speaker at industry events, including the HOW Design and FUSE conferences, the Paperboard Packaging Council, the Brand Protection Conference, the Sustainable Packaging Coalition and for the Product Development and Management Association (PDMA). She can be reached via e-mail at: susie.stitzel@esko.com.
-
Contains 6 Component(s)
In this series, learners will develop a comprehensive understanding of how color is created, measured, and reproduced in packaging. They will explore the differences between additive (RGB) and subtractive (CMYK) color systems, including the role of primary colors and the function of the key channel in achieving tonal depth and print accuracy. The lesson covers essential print concepts such as halftone screening, dot angles, and the causes of moiré patterns, helping learners recognize and prevent common image reproduction issues. Students will also learn how color differences are quantified using ΔE and a spectrophotometer, why these measurements matter for maintaining brand consistency, and the inherent limitations of CMYK in reproducing the full visible spectrum. Finally, the lesson examines the use of spot colors along with their benefits and drawbacks, and introduces expanded gamut printing as a method for increasing color range and improving overall color precision in packaging applications.
In this series, learners will develop a comprehensive understanding of how color is created, measured, and reproduced in packaging. They will explore the differences between additive (RGB) and subtractive (CMYK) color systems, including the role of primary colors and the function of the key channel in achieving tonal depth and print accuracy. The lesson covers essential print concepts such as halftone screening, dot angles, and the causes of moiré patterns, helping learners recognize and prevent common image reproduction issues. Students will also learn how color differences are quantified using ΔE and a spectrophotometer, why these measurements matter for maintaining brand consistency, and the inherent limitations of CMYK in reproducing the full visible spectrum. Finally, the lesson examines the use of spot colors along with their benefits and drawbacks, and introduces expanded gamut printing as a method for increasing color range and improving overall color precision in packaging applications.
$i++ ?>Susie Stitzel
Director of Product Management for Design & 3D Solutions
Esko
Susie Stitzel is Esko’s Director of Product Management for Design & 3D Solutions. Susie has more than 25 years of experience in the design, prepress, printing, and packaging industries. Her roles have covered a wide spectrum of the industry, including design and prepress management, customer training and support, product management and strategy development. Susie is completely passionate about packaging – to the point that her family will no longer shop with her. She has assisted universities and schools with their packaging curriculum and has enjoyed serving on the Advisory Board for the School of Packaging at Michigan State University. Susie is a frequent speaker at industry events, including the HOW Design and FUSE conferences, the Paperboard Packaging Council, the Brand Protection Conference, the Sustainable Packaging Coalition and for the Product Development and Management Association (PDMA). She can be reached via e-mail at: susie.stitzel@esko.com.
-
Contains 9 Component(s)
In this lesson, learners will explore how the physical and chemical properties of inks and coatings—such as viscosity, adhesion, drying behavior, and VOC content—directly influence print quality, durability, and regulatory compliance. They will also learn how color systems like CMYK, Pantone, and RGB affect accuracy and consistency in packaging, and how coatings can alter color perception. The lesson introduces the major ink and coating types used in the industry, including water-based, UV, solvent-based, gloss, matte, and specialty finishes, emphasizing how each impacts appearance and performance. By understanding these fundamentals, learners will be better equipped to select appropriate materials and ensure high-quality, consistent results in paperboard packaging.
In this series, learners will explore how the physical and chemical properties of inks and coatings—such as viscosity, adhesion, drying behavior, and VOC content—directly influence print quality, durability, and regulatory compliance. They will also learn how color systems like CMYK, Pantone, and RGB affect accuracy and consistency in packaging, and how coatings can alter color perception. The lesson introduces the major ink and coating types used in the industry, including water-based, UV, solvent-based, gloss, matte, and specialty finishes, emphasizing how each impacts appearance and performance. By understanding these fundamentals, learners will be better equipped to select appropriate materials and ensure high-quality, consistent results in paperboard packaging.
$i++ ?>John Pettus
Director of Marketing & Corporate Accounts
Wikoff Color
John Pettus is the Director of Marketing & Corporate Accounts for Wikoff Color. Prior to his role in corporate services, he served as a sales representative for the Charlotte, NC manufacturing site. His territory included South Carolina and areas of North Carolina and Georgia. John has extensive training in offset lithography, flexography and rotogravure. John's experience makes him very knowledgeable in oil-based, energy-cure, water-based and solvent-based ink and coating technologies. John earned his Bachelor of Science degree in Graphic Communications from Clemson University.
-
Contains 21 Component(s)
The Printing Processes Series is designed to give learners a comprehensive understanding of the various printing techniques used in packaging production. This series covers both traditional and modern printing methods, detailing how each process works and its application in the packaging industry. By the end of the series, learners will be able to distinguish between these processes and select the appropriate method for different packaging needs.
The Printing Processes Series is designed to give learners a comprehensive understanding of the various printing techniques used in packaging production. This series covers both traditional and modern printing methods, detailing how each process works and its application in the packaging industry. By the end of the series, learners will be able to distinguish between these processes and select the appropriate method for different packaging needs.
$i++ ?>Eric Frank
Senior Vice President of Marketing
Koenig & Bauer
Eric Frank has garnered more than 40 years in the printing industry, first as a 17-year veteran with a major press manufacturer and now 18 additional years with Koenig & Bauer North America, Inc. A graduate of the Rochester Institute of Technology (RIT), he holds a Bachelor of Science degree from RIT as well as an associate degree in Printing from New York City Technical College. He has served and is currently serving as executive representative to several prominent industry associations. He currently holds the position of senior vice president of marketing and product management overseeing marketing, public relations, product management, sales operations, CRM, and the customer center.
-
Contains 9 Component(s)
The Tooling Series provides an in-depth look at the various tools used in packaging production, specifically for cutting, stripping, and blanking processes. This series is designed for professionals involved in packaging manufacturing, offering insights into the precision and technical aspects required for producing high-quality packaging components. By mastering the principles behind these tools, learners can ensure greater efficiency, accuracy, and quality in their production processes, leading to high-quality packaging solutions.
The Tooling Series provides an in-depth look at the various tools used in packaging production, specifically for cutting, stripping, and blanking processes. This series is designed for professionals involved in packaging manufacturing, offering insights into the precision and technical aspects required for producing high-quality packaging components. By mastering the principles behind these tools, learners can ensure greater efficiency, accuracy, and quality in their production processes, leading to high-quality packaging solutions.
$i++ ?>Travis Moellers
Technical Manager
DFC Manufacturing Group
I have 20 years’ experience in the paperboard and packaging industry. Through my tenure I have held a variety of roles from helper on a die cutter to Finishing Manager. I enjoy through my position the ability to build partnerships with our customers and become the link from converting to successfully representing the Brand they are building. Ultimately once a package is made it is an advertising tool promoting the brands and products. It is important that that through the converting process the brand image and representation depict the image the company desires to represent. The ability to do this is the Value we strive to bring to the process.
-
Contains 24 Component(s)
The Cutting Series provides a comprehensive look into the various cutting techniques and processes used in packaging production. From platen cutting to digital die-cutting, this series covers the essential methods that contribute to efficient and high-quality packaging. It is aimed at professionals involved in manufacturing, production, and tooling, offering both foundational and advanced knowledge to optimize cutting operations.
The Cutting Series provides a comprehensive look into the various cutting techniques and processes used in packaging production. From platen cutting to digital die-cutting, this series covers the essential methods that contribute to efficient and high-quality packaging. It is aimed at professionals involved in manufacturing, production, and tooling, offering both foundational and advanced knowledge to optimize cutting operations.
$i++ ?>Harold Leete
North America Director of Sales, Folding Carton Division
BOBST
Harold Leete is an accomplished sales executive with over 25 years of experience in the printing and packaging industry. Currently serving as the North America Director of Sales for the Folding Carton division at BOBST, Harold leads a team of Regional Sales Managers and oversees national accounts for companies with multiple manufacturing locations across North America. Before this role, he spent nearly 11 years at HP Inc., where he held various positions, including HP Indigo Sales Account Manager and Business Development Manager for Industrial Print.
Harold’s career also includes significant experience as a Regional Sales Manager at BOBST and sales roles at Heidelberg and Bottcher America Corp. His expertise spans folding cartons, digital printing, print on demand, offset printing, and packaging. Earlier in his career, Harold served as a Sergeant in the U.S. Army, where he completed several leadership courses and earned the distinction of Honor Graduate in the Basic Non-Commissioned Officer Course.
-
Contains 6 Component(s)
In this series, we will explore the physical characteristics of adhesives, including viscosity, pH, and percent solids, and how these properties affect performance. The series covers key adhesive behaviors like wet tack, dry tack, and re-tack, as well as factors influencing adhesive selection, such as substrate type and application conditions. Additionally, we will examine how adhesive formulation impacts performance in different industrial applications.
In this series, we will explore the physical characteristics of adhesives, including viscosity, pH, and percent solids, and how these properties affect performance. The series covers key adhesive behaviors like wet tack, dry tack, and re-tack, as well as factors influencing adhesive selection, such as substrate type and application conditions. Additionally, we will examine how adhesive formulation impacts performance in different industrial applications.
$i++ ?>Susie Stitzel
Director of Product Management for Design & 3D Solutions
Esko
Susie Stitzel is Esko’s Director of Product Management for Design & 3D Solutions. Susie has more than 25 years of experience in the design, prepress, printing, and packaging industries. Her roles have covered a wide spectrum of the industry, including design and prepress management, customer training and support, product management and strategy development. Susie is completely passionate about packaging – to the point that her family will no longer shop with her. She has assisted universities and schools with their packaging curriculum and has enjoyed serving on the Advisory Board for the School of Packaging at Michigan State University. Susie is a frequent speaker at industry events, including the HOW Design and FUSE conferences, the Paperboard Packaging Council, the Brand Protection Conference, the Sustainable Packaging Coalition and for the Product Development and Management Association (PDMA). She can be reached via e-mail at: susie.stitzel@esko.com.