Lake Suwa

Epson emerged from nature’s magnificence along the shores of Lake Suwa.

Our connection to this ecosystem drives our business. Technologies that propel the development of innovative new products must contribute to a thriving environment. Epson’s unique, efficient, compact, and precision technologies represent this philosophy. It’s in our DNA. Our history of creativity and challenges originated from assembling watch components, leading to the development of technologies responsible for many world-first products.

From printers and projectors to robots and wearables, our technologies improve life worldwide. In 2022, we at Epson celebrate our 80th anniversary. We promise to continue to serve society and our planet, creating a sustainable future that enriches people’s lives everywhere.

Yasunori Ogawa

History milestones

Daiwa Kogyo Ltd
Seiko Marvel
World’s first miniature digital printer
World’s first analogue quartz watch
New beginnings
Epson’s first commercialised factory automation robot
First commercial Epson inkjet printer
Consolidating efforts
Recognition for environmental efforts
Growing worldwide recognition
World’s first quartz wristwatch
Moverio AR smart glasses
Replaceable Ink Pack System
PaperLab
Laser projectors

Our Journey

Chapter 1 - The beginning: The shores of Lake Suwa, Nagano Prefecture.
Products Made in Harmony with Nature

green leaves
mountains
The clean water and fresh air
Hisao Yamazaki’s vision

Chapter 2 - Manufacturing in harmony with nature.

Lake Suwa
From the time we were founded,
Technology and information
Which social issues

Chapter 3 - Comprehensive watchmaking. The challenge to become the best demands accuracy. The answer to this challenge was efficient, compact, and precision technologies.

the world’s first quartz watch
The thinking behind
Seiko Quartz Astron 35SQ.
Compact 6-Axis Robots
Technology exists to serve everyone

Chapter 4 - If it doesn’t exist, we make it.
It is this atmosphere of creativity and challenge, which gives rise to many world’s firsts. 

If it doesn’t exist
printer EP-101 (1968)
Seiko Quartz Astron 35SQ
Development of the EP-101
Seiko Quartz Astron watch

Chapter 5 - Epson strives to solve societal issues around the world.

The spirit of creativity
Epson Stylus Color MJ-700V2C

Our Innovations

Printing innovations

Epson began developing one of its core businesses, inkjet printers, in 1978, using piezo technology for printer heads — the key technology in Epson’s inkjet printers. The method doesn’t use heat to eject ink, so the printheads are more durable and maintain superior performance for far longer. Advancements in piezo technology led to PrecisionCore printhead technology, which delivers stunning image quality at substantially higher speeds while consuming little power. This core technology enables a wide range of applications in home, office and industrial and commercial settings.

Our technology - Piezo method launches a revolution in printing innovation - the continuous evolution in technology and societal contribution.

Epson’s Micro Piezo printhead
Epson SQ-2000
Micro Piezo printhead

Projection innovations

By developing microdisplay technology, we gave the world an innovation that is indispensable for recreating true and vivid color images. However, this arm of our business ran into trouble, and at one point, was in jeopardy of failing. Market research helped us navigate these difficult waters. We visited customers around the world looking for problems in their fields and found new ways to solve them with innovation.

We developed projectors that deliver large images offering both high quality and high definition that are easy to see from any angle. Today, our projectors are used in offices, homes, education, and even digital art through projection mapping, providing excitement and surprises to many people.

Our technology Breakthrough after relentless market research and steady efforts: Looking back at the history of visual innovation.

Seiko Quartz LC V.F.A. 06LC
Epson VPJ-700
discovering opportunities
Epson ELP-3000

Innovation to reduce environmental impact

As a leading printing company, we looked for solutions to paper waste after printing.

The fruit of our pursuit was the “PaperLab”. PaperLab is the world’s first1 dry process office papermaking system that can produce new paper from used paper using virtually no water2. We exhibited the system at Eco-Products 2015, the International Exhibition on Environment and Energy, creating a big hit with the public. The PaperLab is equipped with “Dry Fiber Technology,” which turns paper into fibers by impact force without the use of water. It helps to build a small cycle of paper recycling, enabling recycling and use of paper in places like the office, for example. Our concept of this cycle is not “recycling. It’s “upcycling”, a way of adding new value. Currently, we are pursuing the application and evolution of “Dry Fiber Technology” to materials other than paper, together with a wide range of co-creation partners. We will continue our efforts to deliver new value to the world toward achieving sustainability and enriching communities.

Our technology: Innovations that envision the future: Dry Fiber Technology

Focusing on the issues of printed paper
A new challenge
Dry Fiber Technology
Dry Fiber Technology
Note1: Among all dry process office papermaking systems. Source: Epson’s research conducted in November 2016
Note2: A small amount of water is used to maintain humidity inside the system.

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