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It is a groundbreaking ESD solution.
ESD/PowerQubic is a new ESD technology that is ideal for circuits used in motors, power management, LCD panels, and automobiles, where high voltage and high power are required.
A revolutionary technology that manipulates light, ultra-fast and ultra-thin.
Product Name: Liquid Crystal Optical Elements (Polarization Rotating Elements, Variable Phase Plates, ColorSwitch) We provide polarization rotating elements and high-speed shutters using ferroelectric liquid crystals, as well as variable phase plates. Additionally, our ColorSelect(TM) technology enables filters that transmit or block only specific wavelengths. We contribute to the high performance of optical devices through miniaturization and thinness.
Manipulating light to enhance the visibility of automotive HUDs.
In the automotive industry, the visibility of information provided to drivers through HUD (Head-Up Display) is crucial. Particularly, high display quality is required in various environments, such as strong sunlight during the day and nighttime lighting. LCD optical elements achieve clear displays even under such conditions, supporting safe driving. 【Application Scenarios】 - Improvement of HUD display quality - Enhancement of daytime visibility - Adjustment of nighttime contrast 【Benefits of Implementation】 - Improved driver visibility - Increased safety - Stabilization of display quality
Manipulating light to innovate VR/AR experiences. Ultra-fast, ultra-thin technology.
In the entertainment industry, particularly in the VR/AR field, immersive experiences filled with realism are in demand. High-speed image display and lightweight, compact device design are crucial. Delays and the bulkiness of devices can diminish the user's sense of immersion. Our LCD optical element products address these challenges with high response speeds and ultra-compact, thin designs. 【Usage Scenarios】 - VR/AR headsets - 3D displays - Immersive games 【Benefits of Implementation】 - Reduced afterimage effects due to high-speed display - Improved wearing comfort due to miniaturization and lightweight design - Enhanced sense of immersion through clear image display
Manipulating light to improve the energy-saving performance of displays.
In the display industry, energy efficiency has become an important issue. In particular, there is a demand to reduce power consumption while maintaining display performance. Liquid crystal optical elements contribute to energy savings in displays by enhancing the efficiency of light utilization. 【Usage Scenarios】 - Liquid crystal displays - Organic EL displays - Various display devices that prioritize energy efficiency 【Benefits of Implementation】 - Reduction in power consumption - Extension of battery operating time - Decrease in environmental impact
Manipulating light to innovate the inspection process of the production line.
In the inspection process of the manufacturing industry, high-precision inspections are required to ensure product quality. In particular, high-speed and high-resolution optical technology is essential for detecting fine defects and foreign substances. Conventional inspection methods have faced challenges due to slow inspection speeds and limitations in detection accuracy. Our liquid crystal optical element products contribute to the efficiency and quality improvement of the inspection process on the production line through high-speed responsiveness and precise light control. 【Application Scenarios】 - Appearance inspection - Dimensional measurement - Foreign substance inspection 【Benefits of Implementation】 - Reduction in inspection time - Early detection of defective products - Improvement in quality control
Manipulating light to enhance the performance of the surveillance system.
In the surveillance system industry, high-quality and high-precision image acquisition is required. Particularly in outdoor and low-light monitoring, light control technology becomes crucial. Conventional technologies have limitations in response speed and miniaturization, hindering performance enhancement. Our liquid crystal optical element products address these challenges and contribute to the improvement of surveillance system performance. 【Application Scenarios】 - Security cameras - Monitoring cameras - Security systems 【Benefits of Implementation】 - High-quality and high-precision image acquisition - Clear images due to high-speed response - Increased design flexibility of systems due to miniaturization and thinness
Manipulating light to innovate observation and analysis in outer space.
In the field of space optics, high-precision light control is required under harsh environmental conditions. Particularly in space telescopes and optical instruments mounted on satellites, it is important to minimize the effects of temperature changes and radiation while performing accurate polarization control and phase control of light. Conventional optical elements may face challenges related to size and weight increase, potentially reducing operational efficiency in space. Our liquid crystal optical element products are ultra-compact and thin, yet achieve high optical performance, contributing to the enhancement of space optical instruments. 【Usage Scenarios】 - Space telescopes - Optical instruments mounted on satellites - Optical systems for space exploration 【Benefits of Implementation】 - Improved mounting efficiency through miniaturization and weight reduction - Enhanced observation performance through high-precision light control - High durability under harsh environmental conditions
Manipulating light to enhance the focus performance of AR/VR devices.
In the AR/VR industry, clear and natural image display is essential to enhance immersion. In particular, focus performance is a crucial factor that significantly affects the user's visual experience. Traditional technologies have faced challenges such as slow focus adjustment and increased device size. Our liquid crystal optical element products innovatively improve the focus performance of AR/VR devices through high-speed responsiveness and ultra-compact, slim design. 【Usage Scenarios】 - AR/VR headsets - Smart glasses - Augmented reality displays 【Benefits of Implementation】 - Clear image display through fast focus adjustment - Miniaturization and lightweight design of devices - Enhanced user experience due to improved immersion
A revolutionary technology that manipulates light to enhance the performance of endoscopes.
In the field of endoscopy, there is a demand for high-definition imaging along with the ability to observe finer details. Particularly, improving optical performance is essential for accurately capturing the minute structures within the body. Conventional technologies have limitations in observation range and resolution, which could affect the accuracy of diagnoses. Our liquid crystal optical element products dramatically enhance the optical performance of endoscopes through polarization control and high-speed shutter functions. 【Application Scenarios】 - Improvement of image clarity in endoscopic examinations - Miniaturization enabling observation in narrow spaces - Diagnostic support through real-time image processing 【Effects of Implementation】 - Enables more accurate diagnoses and reduces patient burden - Achieves efficient examinations in medical settings - Contributes to the advancement of advanced medical technologies
Dimming technology that manipulates light to create a comfortable space.
In the construction industry, adjusting natural light is essential to create comfortable spaces. In particular, dimming technology plays a crucial role in addressing challenges such as daytime glare, privacy protection, and energy conservation. An inappropriate lighting environment not only undermines the comfort of residents but also leads to increased air conditioning loads. Our liquid crystal optical element products instantly adjust the amount of light transmitted, providing an optimal lighting environment to solve these issues. 【Usage Scenarios】 - Window glass, blinds, lighting fixtures - Offices, residences, commercial facilities - Sunlight adjustment, privacy protection, energy saving 【Benefits of Implementation】 - Reduction of glare, improvement of comfort - Ensuring privacy - Enhanced heating and cooling efficiency, energy conservation - Increased flexibility in spatial design
Manipulating light to innovate agricultural sensing.
In the agricultural field, high-precision sensing technology is required to understand crop growth conditions and soil status. In particular, light-based sensing is essential for efficient agricultural management because it can obtain non-destructive and extensive information. However, conventional sensing technologies have faced challenges in response speed and miniaturization. Our liquid crystal optical element products address these challenges and expand the possibilities of sensing in agriculture. 【Application Scenarios】 - Monitoring crop growth conditions using drones and robots - Sensing that visualizes soil conditions - Predicting harvest yields 【Benefits of Implementation】 - Improved harvest yields through early detection of growth conditions - Cost reduction through optimization of pesticides and fertilizers - Increased work efficiency through labor-saving measures
