KEYENCE BRAZIL

Incorporated as Lead Electric Co., Ltd.

Invented the high-precision proximity sensor

Developed the fiber optic photoelectric sensor

Designed the first photoelectric sensor using a laser diode as a light source: Renamed to KEYENCE CORPORATION, from "KEY of sciENCE"

Invented the ultra-compact barcode reader

Developed the monitor-integrated microscope

Launched the world's smallest machine vision system

Produced the world's first color laser autofocus microscope

Invented the world's first digital focus in a microscope

Invented the high-speed/high-precision machine vision system

Created the fastest application PLC in the industry

Developed the next-generation real 3D surface digital microscope

Launched the world's first laser 3D marker

Industrialized the world's first CMOS laser sensor: Developed the world's fastest 54-megapixel digital microscope with real-time depth composition and 3D analysis

Produced the industry's first high-speed video capture capabilities microscope

Designed the high-power fiber laser marker with the smallest head size in the world: Created the world's first laser spectral displacement meter with micro-head ø2 mm (ø0.08 inch): Launched a new high-speed, precise image dimension measurement system

Developed the ultra-high-speed, high-capacity multi-camera image processing system

Invented the quick-configuration vision sensor

Developed a machine vision system with self-learning capabilities

Developed the world's fastest 2D/3D laser scanner, sampling 64000 profiles/sec

Created an intuitive multifunctional vision system that combines high-speed cameras, intelligent lighting, and a powerful algorithm (LumiTrax™)

Developed the first liquid flow pressure sensor that monitors flow outside the pipe

Created a measurement system that measures all dimensions of parts with just one button press

Developed a new generation of 3D laser confocal scanning microscope capable of measuring 50 mm with nanometric resolution