Information
55 Yuseong-daero 1184beon-gil, Yuseong District, Daejeon, South Korea
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Overview
- Summary
- BATUGEM Co., Ltd. is an optical sensor specialist company established based on core technology developed by the Korea Research Institute of Standards and Science (KRISS). Its core business involves developing sensors that quickly and accurately measure the position and posture of objects in three-dimensional space. The company possesses the capability to independently develop sensor products required for production sites, leveraging original ideas and technological expertise. It focuses on providing precise measurement solutions through its MAPS series, the world's first multi-axis optical encoder.BATUGEM Co., Ltd. is an optical sensor specialist company established based on core technology developed by the Korea Research Institute of Standards and Science (KRISS). Its core business involves developing sensors that quickly and accurately measure the position and posture of objects in three-dimensional space. The company possesses the capability to independently develop sensor products required for production sites, leveraging original ideas and technological expertise. It focuses on providing precise measurement solutions through its MAPS series, the world's first multi-axis optical encoder.
- Key Products/Technologies
- The MAPS (Multi-axis Absolute Position-posture Sensor) series is a multi-axis optical encoder that measures the position (x, y, z) and posture (θx, θy, θz) of objects in space. This sensor is composed of a scale with recorded absolute coordinates and an optical sensor module that reads these coordinates. MAPS-Q3 simultaneously measures absolute position (X, Y) and Yaw rotation angle (θz) on a plane, offering 10nm resolution for X, Y, Z and 0.003° resolution for θx, θy, θz. MAPS-Q6 is the world's first multi-axis optical encoder product capable of measuring 6 degrees of freedom of an object in 3D space with nanometer resolution. MAPS-Scales are a product line of various sized scales, serving as components used with the sensors. The MAPS-R series is currently under development for measuring object motion in 3D space.The MAPS (Multi-axis Absolute Position-posture Sensor) series is a multi-axis optical encoder that measures the position (x, y, z) and posture (θx, θy, θz) of objects in space. This sensor is composed of a scale with recorded absolute coordinates and an optical sensor module that reads these coordinates. MAPS-Q3 simultaneously measures absolute position (X, Y) and Yaw rotation angle (θz) on a plane, offering 10nm resolution for X, Y, Z and 0.003° resolution for θx, θy, θz. MAPS-Q6 is the world's first multi-axis optical encoder product capable of measuring 6 degrees of freedom of an object in 3D space with nanometer resolution. MAPS-Scales are a product line of various sized scales, serving as components used with the sensors. The MAPS-R series is currently under development for measuring object motion in 3D space.
- The core technology, MAPS, is a proprietary original technology that provides 3D position and posture with nanometer resolution. This technology integrates the functions of multiple existing encoders into a single sensor, facilitating easy measurement and control of multi-axis systems. Furthermore, it enables real-time measurement of equipment thermal deformation for precise position control, contributing to reduced installation and maintenance costs for constant temperature facilities. By fixing the scale to the moving object and directly measuring its position and rotation angle, it achieves high precision and stability, unaffected by Abbe error or other drive system errors.The core technology, MAPS, is a proprietary original technology that provides 3D position and posture with nanometer resolution. This technology integrates the functions of multiple existing encoders into a single sensor, facilitating easy measurement and control of multi-axis systems. Furthermore, it enables real-time measurement of equipment thermal deformation for precise position control, contributing to reduced installation and maintenance costs for constant temperature facilities. By fixing the scale to the moving object and directly measuring its position and rotation angle, it achieves high precision and stability, unaffected by Abbe error or other drive system errors.
- Core Advantages
- The ability to develop the world's first multi-axis optical encoder is a key competitive advantage for BATUGEM Co., Ltd.. The MAPS sensor is a unique product boasting unparalleled technology for measuring 6 degrees of freedom of an object in 3D space with nanometer resolution.The ability to develop the world's first multi-axis optical encoder is a key competitive advantage for BATUGEM Co., Ltd.. The MAPS sensor is a unique product boasting unparalleled technology for measuring 6 degrees of freedom of an object in 3D space with nanometer resolution.
- Its foundation on original technology developed by the Korea Research Institute of Standards and Science (KRISS) provides a strong background of technological reliability and research capability. This forms the basis for differentiated technology development in the high-precision optical sensor field.Its foundation on original technology developed by the Korea Research Institute of Standards and Science (KRISS) provides a strong background of technological reliability and research capability. This forms the basis for differentiated technology development in the high-precision optical sensor field.
- The capability to provide an integrated solution where a single MAPS sensor performs the functions of multiple conventional encoders. This offers advantages such as ease of installation, suitability for small multi-axis stages, and cost reduction.The capability to provide an integrated solution where a single MAPS sensor performs the functions of multiple conventional encoders. This offers advantages such as ease of installation, suitability for small multi-axis stages, and cost reduction.
- Real-time thermal deformation measurement and self-calibration functions are smart features that enhance equipment precision and simplify maintenance. These are crucial differentiating factors that contribute to improving the accuracy, stability, and yield of customer equipment.Real-time thermal deformation measurement and self-calibration functions are smart features that enhance equipment precision and simplify maintenance. These are crucial differentiating factors that contribute to improving the accuracy, stability, and yield of customer equipment.
- The absolute coordinate measurement method eliminates the need for position initialization and provides high precision and stability by measuring target positions without being affected by mechanical errors.The absolute coordinate measurement method eliminates the need for position initialization and provides high precision and stability by measuring target positions without being affected by mechanical errors.
- Target Industrie
- Alignment process equipment controlAlignment process equipment control
- Display equipment deformation monitoringDisplay equipment deformation monitoring
- Lens injection molding equipment mold status monitoringLens injection molding equipment mold status monitoring
- Smart factory and factory automation industriesSmart factory and factory automation industries
- Precision multi-axis stage control systemsPrecision multi-axis stage control systems
- Major Markets
- Certifications/Patents
- Awarded KES Innovation Awards in 2020Awarded KES Innovation Awards in 2020
- Acquired Venture Company certification in 2019Acquired Venture Company certification in 2019
- Obtained KC (Electromagnetic Compatibility) certification in 2020Obtained KC (Electromagnetic Compatibility) certification in 2020
- MAPS-Q patent application (February 23, 2021)MAPS-Q patent application (February 23, 2021)
- Developed core technology for absolute position measurement method (May 15, 2012)Developed core technology for absolute position measurement method (May 15, 2012)
- Developed 6-degrees-of-freedom absolute position measurement sensor (MAP sensor development) (2017)Developed 6-degrees-of-freedom absolute position measurement sensor (MAP sensor development) (2017)
Introduction
Location
55 Yuseong-daero 1184beon-gil, Yuseong District, Daejeon, South Korea
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