Mechanical Technologies

Micro Piezo Inkjet Technology

Piezo technology deposits microscopic droplets of ink using the mechanical motion of piexoelectric elements.

PrecisionCore

Next-generation inkjet printing that brings inkjet printing a new level.

PrecisionCore Lineheads

Advanced type of printhead that reach printing speeds that far exceed those in conventional inkjet printing.

High-Speed Paper Handling Technology

High-speed paper handling technology achieves both faster and high quality printing.

Star-Wheel Roller Technology

Minimizes the amount of ink stuck to the rollers, prevents ink from being pulled off the paper, and the sheet of paper from being stained.

Advanced Belt Technology

Controls internal mechanisms with high-speed and high-precision for maintaining print quality.

Paper Separator Technology

Alignment during high-speed printing on inkjet printers has been difficult until now, but Epson's original technology makes it possible.

3LCD Projection Technology

3LCD projectors can produce amazingly bright and beautiful images by the differences between 3LCD and the other main projection technology.

Laser Light Source Technology

The 3LCD method is a method in which images of red, green, and blue created using three liquid crystal displays are combined with a dichroic prism and projected.

Microdisplay Technology

Projects bright images by combining images of red, green, and blue,which are created using three liquid crystal displays, with a dichroic prism.

Ultra-Short Throw Projectors

Unlike standard-throw projectors, Ultra-short throw projectors can cast a large image even when installed a very short distance from a wall or screen.

Thermal Countermeasures

Epson uses a high-efficiency liquid cooling system to achieve excellent product reliability.

Protection Components from Dust

Create customer value by enabling projector users to enjoy bright, beautiful images for many hours even in dusty environments and by significantly reducing the frequency of maintenance and cleaning.

Auto-Accelerator and Auto-Speed

Automatically set acceleration and speed to large values while limiting vibration to the range set for the motor regardless of how the robot moves.

Servo Control with Gyro Sensors

To achieve high-speed, high-precision robot control, servo control with gyro sensors reduces the vibration of the robot.

Vibration Reduction Technology

Vibration reduction technology minimizes vibration caused by robot movement and enables low-cost, flexible system design.

Force Sensors

Force sensors provide robots with capabilities similar to human senses.

The Magic Lever Technology that Underpins Self-Winding Wrist Watches

Epson's magic lever technology became the fundamental mechanism underpinning typical self-winding wrist watches up to the present day.

Technology Developed for the World's First Quartz Watch

Technology that reduce the size and energy consumption of quartz timepieces without sacrificing accuracy.

Six-Digit LCD Digital Watch

Developed the world's first digital wristwatch equipped with a six-digit field-effect liquid crystal display (FELCD).

Technology Developed for the World's First GPS Solar Watch

Radio-controlled watches that keep accurate time anywhere in the world with a global positioning system (GPS).

Mechanical Watch Design Technology

Learn about the evolution of Epson's mechanical watch design technology developed over seven decades.

PrecisionCore Printhead Manufacturing Technology

A combination of inkjet, MEMS, and robot technologies enables both outstanding quality and productivity.

Metal Injection Molding (MIM)

MIM is a process with that has numerous outstanding features, including the ability to create complex three-dimensional shapes, a high degree of freedom in use of materials, and suitability for volume production.

Dry Fiber Technology

Dry Fiber Technology produces highly functional materials by defibrating, binding, and forming fibrous materials as needed depending on the application.