Print technology is expanding beyond traditional visual communication. In printed electronics, printing methods are also used to manufacture functional electronic features, opening new possibilities for electronics, components, and advanced manufacturing.
Komori has made printed electronics an important part of its technology strategy. The company has expanded its focus on printed electronics in North America and continues to develop printing-based manufacturing technologies through its Printed Electronics Elemental Technology Development Center at the Tsukuba Plant.
What Are Printed Electronics?
Printed electronics use printing and coating processes to create functional electronic structures and components.
Depending on the application, these technologies can be used in areas such as:
- Electronic component manufacturing
- Semiconductor-related applications
- Fine wiring
- Flexible electronic structures
- Roll-to-roll manufacturing processes
The important distinction is that the printed material is not only decorative. It performs an electronic or manufacturing function.
Why Printed Electronics Matter to the Printing Industry
Printed electronics show how printing expertise can move into manufacturing environments that require precision, repeatability, material control, and highly specialized production systems.
This changes the role of print technology. Printing can still produce graphics, labels, packaging, apparel, and commercial materials, but certain technologies can also support the creation of functional components.
Komori's Expansion Into Printed Electronics
Komori America announced in 2024 that it would expand its focus on printed electronics and take responsibility for developing PE technology sales in North America.
This initiative builds on printing technologies developed across the Komori Group and its work with SERIA in printed electronics manufacturing solutions.
The broader strategy shows how established printing companies can apply expertise in precision printing to new production categories.
The Role of Komori's PEDEC Center
Komori established the Printed Electronics Elemental Technology Development Center, or PEDEC, at its Tsukuba Plant in 2023.
The center was created to develop elemental technologies for printed electronics and to support collaboration with customers, partner companies, and academic organizations.
Komori describes the facility as a platform for developing new applications and advancing its technological capabilities in printed electronics.
Komori's Printed Electronics Technology Areas
Komori's current printed electronics platform highlights several technology areas.
Roll-to-Roll Manufacturing
Komori identifies roll-to-roll technology as one of its approaches for electronic component manufacturing, including applications related to multilayer ceramic capacitors.
Filling Printing Technology
The company also describes printing technologies used for semiconductor package manufacturing and interposer filling.
Fine Wiring Technology
Fine wiring is another development area, with applications that require highly precise printed structures.
These examples demonstrate how printing technology can move from image reproduction into advanced manufacturing processes.
Printing Technology Is Becoming More Specialized
Modern printing should not be treated as one single production category.
Different technologies are designed around different applications:
- Commercial print
- Packaging
- Labels
- Textile decoration
- Digital transfer production
- Industrial printing
- Printed electronics
Each category requires different equipment, materials, workflows, and quality-control procedures.
What Printed Electronics Can Teach DTF Businesses
Printed electronics and DTF printing serve very different markets, but they share one useful production principle: a printer should be evaluated as part of a complete system rather than as an isolated machine.
In DTF production, the workflow can include the printer, ink, transfer film, adhesive powder, curing, maintenance, and heat application.
Readers who want to understand that apparel-focused workflow can review Alpha DTF Print's DTF printing process.
Ink Technology Is Part of the Production System
The printed electronics field relies on materials selected for specific functional applications. DTF production follows a similar system-based principle, although the materials and end use are completely different.
For apparel transfer production, Alpha DTF Print's DTF ink technology coverage explains a separate ink category developed for Direct-to-Film workflows.
Alpha DTF Print also lists DTF inks as part of its in-house DTF production supplies.
Automation Is Another Shared Industry Theme
Automation is becoming increasingly relevant across many areas of printing and manufacturing.
The objective is not simply to automate every process. Businesses need to identify where automation improves consistency, reduces repeated manual work, or connects production stages more effectively.
Alpha DTF Print's coverage of automation in printing provides additional context on this broader industry direction.
From Printed Electronics to Apparel Printing
Printed electronics and DTF transfers should not be treated as interchangeable technologies.
Printed electronics focuses on functional electronic manufacturing, while DTF is a transfer-production method used primarily for apparel and textile decoration.
The connection between them is broader: both show how digital and precision printing technologies can be designed around specific production systems and end-use requirements.
How DTF Equipment Fits Into Modern Print Technology
For businesses researching apparel production specifically, Alpha DTF Print lists the P604 24-inch 4 Head DTF Printer as a dedicated DTF production system.
This type of equipment belongs to a very different production category from Komori's printed electronics systems, but the same evaluation principle applies: understand the complete workflow, materials, maintenance requirements, and intended application before selecting equipment.
Why Print Technology Is Expanding Beyond Graphics
Historically, much of the printing industry has been associated with reproducing text and images. Today, printing technology also supports manufacturing processes where precision deposition and material control are central to the end product.
Komori's printed electronics development is one example of that expansion.
The company currently positions printed electronics alongside commercial, packaging, digital, finishing, and other printing markets within its wider technology portfolio.
What Does Modern Print Technology Include?
Modern print technology can include both visual and functional production processes.
Examples include:
- Offset printing
- Digital printing
- Inkjet production
- Screen printing
- Direct-to-Film printing
- UV printing
- Industrial printing
- Printed electronics
The correct technology depends on what needs to be produced, which material is involved, and what function the finished product must perform.
The Future of Printed Electronics
Komori continues to invest in printed electronics research and manufacturing technologies.
In 2026, the company also announced printing-based high-resolution patterning technology for ITO transparent electrodes developed through joint research with Yamagata University, showing that its PE development remains active beyond the original 2023 and 2024 expansion announcements.
This continued work reinforces the broader idea that printing technology can play a role in advanced manufacturing as well as conventional graphic production.
Frequently Asked Questions
What are printed electronics?
Printed electronics use printing or coating technologies to create functional electronic structures or components rather than only visual graphics.
Why is Komori investing in printed electronics?
Komori describes printed electronics as a growth business and has established dedicated development resources and a North American sales initiative to expand its capabilities in the field.
When was Komori's PEDEC center established?
Komori announced the establishment of the Printed Electronics Elemental Technology Development Center at its Tsukuba Plant in October 2023.
Is printed electronics the same as DTF printing?
No. Printed electronics is focused on functional electronic manufacturing. DTF printing is primarily used to produce transfers for apparel and textile decoration.
What connects printed electronics and DTF from a production perspective?
Both demonstrate the importance of evaluating printing as a complete production workflow that includes equipment, materials, process control, and the requirements of the final application.
Final Thoughts
Komori's expansion into printed electronics shows how far modern print technology can extend beyond conventional graphic production.
Its work in roll-to-roll manufacturing, semiconductor-related printing, fine wiring, and printed electronics development illustrates how printing expertise can be adapted to highly specialized manufacturing applications.
For Alpha DTF Print readers, the most useful lesson is broader than any single technology: successful printing systems are built around the application. Whether the goal is an electronic component or an apparel transfer, equipment, materials, workflow, and quality control need to work together as one production system.