Komori Expands into Printed Electronics to Drive Innovation in Print Technology
Print Technology
Komori Corporation, a global leader in printing technology, has announced its expansion into printed electronics. This new venture aims to revolutionize the production of flexible, cost-effective, and lightweight electronic devices.
What is Printed Electronics? - Print Technology
Printed electronics involves printing electronic circuits and components on flexible materials. This method is more efficient and affordable than traditional electronics manufacturing, and it can be used for applications like wearable devices, sensors, displays, and solar panels.
Why Komori is Entering Printed Electronics
Komori is applying its advanced printing systems to the printed electronics market for several reasons:
- Increasing Demand: There’s rising demand for flexible electronics like wearable tech and smart packaging.
- Sustainability: Printed electronics reduce waste, energy consumption, and material usage.
- Improved Efficiency: Printing technology streamlines the production of electronics, making it quicker and more affordable.
- New Business Opportunities: The printed electronics market provides Komori with the chance to expand into industries like automotive, healthcare, and packaging.
Komori’s New Printed Electronics Technology
Komori has developed new printing systems designed for high-quality printed electronics. These systems focus on:
- High Precision: Ensuring accuracy when printing tiny components like circuits and sensors.
- Flexible Materials: The printers can work with a variety of substrates.
- Cost-Effective Production: The printing process reduces costs and improves efficiency.
- Sustainability: These systems are energy-efficient and reduce material waste.
The Future of Printed Electronics
Printed electronics offer exciting possibilities for industries such as:
- Wearable Technology: Making devices lighter, more flexible, and cheaper.
- Smart Packaging: Packaging with sensors and displays.
- Flexible Displays: Affordable, foldable screens.
- Energy Harvesting: Lightweight solar cells and energy-efficient devices.
Conclusion
Komori’s entry into printed electronics is a major step in the evolution of printing technology. By combining its expertise in precision printing with the growing electronics market, Komori is set to lead in sustainability, efficiency, and innovation. As this technology advances, it will reshape industries and transform how we create electronics.
Rolling Meadows, IL — Komori America is leading Komori Corporation's expansion into printed electronics (PE), strengthening its commitment to the future of print technology. Doug Schardt has been appointed as the director of printed electronics, responsible for sales in North America while continuing as director of product management at Komori America.
Strategic Growth in Printed Electronics
In 2023, Komori established the Printed Electronics Elemental Technology Development Center at its Tsukuba Plant in Japan. This initiative focuses on developing core technologies for PE. Komori is now extending its investment to the U.S. in response to increased demand for alternative manufacturing methods following supply chain disruptions caused by the COVID-19 pandemic.
Innovative Applications of Printed Electronics
Printed electronics use printing techniques to create electronic devices on various substrates, unlike traditional methods that etch circuits on silicon chips. PE produces lightweight, flexible, and cost-effective electronics on materials like paper, plastic, and fabric. This opens up business opportunities in wearable tech and smart packaging.
Commitment to Innovation and Excellence
By expanding into PE, Komori continues its mission of delivering Kando beyond expectations, contributing to societal progress with innovative print technologies.
1. What is print technology?
Print technology refers to methods used to reproduce text, images, or designs onto materials like paper, fabric, and plastic, including both traditional and digital printing techniques.
2. What are the different types of print technology?
Common types include:
- Offset Printing for high-volume jobs like books and magazines.
- Screen Printing for textiles and promotional items.
- Inkjet Printing for documents and photos.
- Laser Printing for office prints.
- 3D Printing for creating objects layer by layer.
3. How does digital Printing Solutions work?
Digital Printing Solutions directly transfers digital files onto materials without plates, making it faster and cost-effective, especially for short runs and custom prints.