
Inkjet Technology for Industrial Print
September 6, 2019
Embassy Suites Chicago – Lombard/Oak Brook, Illinois, USA

Course Focus
It’s hard not to notice that the world is going digital, and that inkjet’s current growth is being driven by manufacturing or “industrial print” applications. Leading market forecaster IT Strategies has the industrial print market vendor revenues (hardware & consumables) growing to $10B in 2020 - yielding over $40B of retail revenue to print providers for the printed output. This includes applications such as décor, product and surface decoration, deposition and incorporation of functional materials into products, complex multi-process 3D product manufacturing applications, security, packaging, and labeling.
The key to successful entry and participation in the industrial inkjet arena is a comprehensive knowledge and understanding of inkjet technologies and how they enable successful industrial inkjet applications. IMI’s Inkjet Technology for Industrial Print Course covers the inkjet system, its components plus the issues and coming developments that will shape the future of inkjet.
Whether you are an inkjet industry supplier or in any current or future end use industry, whether you are already deeply involved in industrial print or you plan to be in the future: IMI’s Inkjet Technology for Industrial Print Course provides an understanding of and an ability to recognize what is possible in the near term; the limits of current technologies; and insights into the breakthroughs necessary to achieve ultimate success. Led by recognized inkjet industry expert Dr. Alan L. Hudd, Director & Founder of Alchemie Technology (and co-presenter for IMI’s popular Inkjet Academy) this course will give your understanding of the industrial inkjet industry an expert start or a timely update.
This course is being held immediately following IMI's Inkjet Age of Materials Conference 2019 on September 6, 2019.
Inkjet Technology for Industrial Print Course
Course Outline
Friday, September 6, 2019
8:00 a.m. Registration
8:30 a.m. Course Session Begins
Introduction & course overview
The inkjet system: How components work & roles they play
Printheads: Types, operation principles, design parameters, etc.
Drive electronics & data management
Ink management system
Ancillary technologies: Substrate/material handling, motion control, finishing, etc.
Inkjet inks
Ink types: aqueous, solvent, oil, phase change & UV cure
Understanding the inkjet printing process
Inkjet ink design & formulation
Dyes, pigments, & specialty additives
Drop formation
Substrate interactions
Drying & curing
Properties influencing piezo inkjet ink performance
Testing an ink for reliability: methods & characterization
Establishing suitability for applications
Print quality
Establishing requirements
Factors affecting print quality
Printhead-ink-substrate
Greyscale methods
Drop detection
Banding, single pass issues
Drying & curing effects
Why inkjet?
Versatility & customization: On-demand digital proposition
Materials, energy, & time savings = improved ROI
Print plus deposition, coating, additive manufacturing & other unique applications
Incorporation into existing production environments
Marketing advantages
Brand identity
Inkjet as a disruptive technology
12:00 Noon Networking Luncheon
1:00 p.m. Course Reconvenes
Major industrial inkjet applications – Status, challenges & expectations
Architectural: Glass, wall coverings, etc.
3D printing/additive manufacturing
Flooring: ceramic tiles, laminates, wood, etc.
Packaging: Containers (cans/bottles/ect.), corrugated, Flexible,
Printed electronics
Product decoration
Textiles
Materials advancements fostering new industrial print applications
Anisotropy, flakes
Bioengineering materials (Cells, tissue, organs, etc.)
Composites
Food grade inks/fluids
Functional fluids: reactive, electrical properties, biofunctional, etc.
Drugs/pharmaceuticals
Graphene & 2D materials
Metals
Powders & dispersions
Competitive & available application techniques
Driven by societal transition to digital
Inkjet
3D printing/additive manufacturing techniques
Digital dispensing
Hybrid approaches
Developing your digital implementation roadmap
