フローベル Product Lineup

In the analysis of traffic accidents, it is important to accurately understand the situation at the time of the accident. Particularly in conditions with poor visibility, such as bad weather or nighttime, the evidence captured in video may become unclear, hindering accurate situational understanding. Flat-C_HD addresses these challenges by enabling the enhancement of video clarity, allowing for a more detailed record of the situation. 【Usage Scenarios】 - Enhancement of dashcam footage - Enhancement of surveillance camera footage - Recording of accident scenes 【Benefits of Implementation】 - Accurate understanding of accident situations - Improved evidential value - Support for identifying the causes of accidents

In the semiconductor industry, detecting foreign matter during the manufacturing process is crucial to ensure product quality. Foreign substances can lead to a decline in product performance and the occurrence of defective products. The dual-sided microscope system 'TOMOS-50' enables simultaneous imaging of both sides of semiconductor components, allowing for the detection of foreign matter with an accuracy of ±0.2μm or less. This enhances quality control in the manufacturing process and contributes to improved yield. 【Application Scenarios】 - Foreign matter inspection of semiconductor wafers - Foreign matter inspection of electronic components - Foreign matter inspection of MEMS devices 【Benefits of Implementation】 - Reduction of defective products due to foreign matter contamination - Increased efficiency in quality control - Improvement in product reliability

The "Flat-C/HD" is a standalone unit type image enhancement unit that can be added to your existing shooting environment. It features a Defog function that corrects low-contrast images to clear quality, and a noise reduction function that suppresses noise generated during shooting. It effectively enhances images that are hazy due to fog, rain, snow, backlighting, or insufficient light, providing clearer images in real-time. Equipped with various modes, it allows you to select settings tailored to your usage scenario. The custom setting function accommodates various shooting environments, and communication control from external devices is also possible. 【Features】 ■ Equipped with image enhancement capabilities to support high-precision shooting ■ Optional autofocus function can be added ■ High-speed image processing that does not compromise real-time performance ■ Custom setting function accommodates various shooting environments ■ Communication control from external devices is also possible *For more details, please download the PDF or feel free to contact us.

The "FLC-6000" is an ultra-high-sensitivity 3CMOS high-definition camera that can capture vivid color video even in dark places with a minimum illumination of 0.003Lx. Thanks to noise reduction during standard shooting, it achieves clear and sharp images. It is a non-cooled, energy-efficient camera with a power consumption of approximately 20W. With a sensor that has a wide spectral sensitivity range from near ultraviolet to near infrared, it enables various special shooting capabilities. 【Features】 ■ Equipped with a rotating filter mechanism (built-in ND filter) ■ Non-cooled, energy-efficient camera ■ Noise reduction during standard shooting for clear and sharp images ■ HD-SDI output 1080i (59.94Hz) ■ Captures vivid color video even in dark places with a minimum illumination of 0.003Lx *For more details, please download the PDF or feel free to contact us.

In the field of environmental research, there is a demand for the rapid and accurate detection of pollutants such as soil and water quality contaminants. Particularly, to grasp trace amounts of pollutants that are difficult to confirm visually and to understand widespread contamination situations, high sensitivity detection capabilities and real-time monitoring are essential. The FS-1700IRP is a high-sensitivity camera that covers the visible to far-infrared spectrum, and its image enhancement function and Peltier cooling enable the detection of weak light levels with stable image quality. This contributes to the early detection of pollutants and detailed analysis of contamination situations. 【Application Scenarios】 - Soil contamination investigation - Water quality contamination investigation - Visualization of atmospheric pollutants 【Effects of Implementation】 - Detection of trace pollutants - Real-time monitoring of contamination situations - Understanding of widespread contamination situations

In the field of agriculture, growth diagnosis is crucial for understanding the healthy growth of crops, with the internal structure of leaves, moisture content, and early detection of pests and diseases being particularly important. Early detection of abnormalities, especially in the early growth stages, significantly impacts yield and quality. The high-sensitivity near-infrared camera 'FS-1700IRP' captures light from the visible to near-infrared spectrum, enabling the acquisition of information that cannot be confirmed visually, thus allowing for a detailed understanding of growth conditions. 【Utilization Scenes】 - Observation of the internal structure of leaves - Detection of water stress - Early detection of pest and disease damage - Monitoring of growth stages 【Effects of Introduction】 - Realization of appropriate water and fertilizer management through visualization of growth conditions - Reduction of pesticide usage due to early detection of pest and disease damage - Increase in yield and improvement in quality - Implementation of precision agriculture based on data

In the field of environmental research, particularly in the observation of ecosystems, the activity times and habitats of the organisms being studied are crucial. There are often cases where observation in dark conditions is necessary, requiring high-sensitivity cameras. Additionally, because ecosystems are delicate, it is important to use cameras that are energy-efficient and unobtrusive, so as not to impact the subjects being observed. The FLC-6000, with its ultra-high sensitivity performance of a minimum illumination of 0.003Lx, can capture clear color videos even in low light. It is a non-cooled type with a power consumption of about 20W, designed for energy efficiency, allowing for detailed observation while minimizing impact on the ecosystem. Its wide spectral sensitivity range from near ultraviolet to near infrared enables various specialized filming. 【Usage Scenarios】 - Observation of nocturnal animals - Behavioral observation of aquatic organisms - Monitoring of forest ecosystems 【Benefits of Implementation】 - Detailed observation through clear images in dark conditions - Long-duration observation due to energy-efficient design - Diverse observations enabled by wide spectral sensitivity - Observation that minimizes impact on the ecosystem

In the field of military reconnaissance, accurate information gathering is required even in darkness and adverse weather conditions. Particularly, the ability to capture clear images in low light is essential for understanding enemy movements. Our "FLC-6000" makes it possible to capture images in darkness that conventional cameras could not. 【Usage Scenarios】 * Nighttime reconnaissance * Surveillance during covert operations * Situational awareness in adverse weather 【Benefits of Implementation】 * Enhanced information gathering capabilities with clear images in darkness * Increased efficiency of covert reconnaissance * Improved operational execution capabilities

In the security industry's surveillance systems, clear images are required day and night. Particularly under adverse conditions such as fog, rain, or nighttime, images can become unclear, potentially reducing the accuracy of surveillance. This issue can significantly hinder the identification of suspicious individuals and the collection of evidence. The image enhancement unit 'Flat-C/HD' contributes to improving the performance of surveillance systems by suppressing contrast reduction and noise, thereby providing clear images. 【Usage Scenarios】 * Security cameras * Surveillance cameras * Nighttime monitoring * Monitoring in bad weather 【Effects of Implementation】 * More accurate situational awareness due to clear images * Improved evidential capability * Early detection of suspicious individuals * Reduced burden on surveillance personnel

In the field of deep-sea exploration, capturing clear images in the deep darkness of the ocean is crucial. For various purposes such as observing seabed topography, conducting ecological surveys of marine organisms, and resource exploration, high-sensitivity and clear images are essential. Traditional cameras have struggled to capture images in dark environments, but the FLC-6000, with its ultra-high sensitivity performance of a minimum illumination of 0.003Lx, can record clear color videos even in dark places like the deep sea. 【Usage Scenarios】 - Observation of seabed topography in deep-sea research - Ecological surveys of marine organisms - Exploration of seabed resources 【Benefits of Implementation】 - Recording clear images even in dark environments - Improved research efficiency - Potential for new discoveries

In the field of robotics, accurate recognition of objects is essential in image recognition. Particularly in situations involving fast-moving objects or significant changes in ambient light, focus misalignment greatly affects recognition accuracy. When focus is not correct, it can lead to accidents due to misrecognition or decreased work efficiency. The MimicII-AF/CL addresses these challenges with its high-speed, high-precision autofocus capabilities. 【Application Scenarios】 - Robot vision systems - Automated transport systems - Inspection equipment 【Benefits of Implementation】 - Improved recognition accuracy through high-speed, high-precision focus adjustment - Increased work efficiency - Reduced risks associated with misrecognition

In the surveillance industry, evidence collection is extremely important. In particular, footage captured at night or in dimly lit areas is essential for uncovering the truth behind incidents and accidents. Traditional cameras often lack sufficient night vision capabilities, making it difficult to obtain clear images. The FLC-6000, with its ultra-high sensitivity performance of a minimum illumination of 0.003Lx, can capture clear color video even in dark environments. This ensures reliable recording of evidence and enhances the quality of surveillance. 【Usage Scenarios】 * Security cameras * Illegal dumping monitoring * Nighttime security * Evidence preservation 【Benefits of Implementation】 * Clear video recording in low light * Acquisition of high-evidence capability footage * Contribution to the early resolution of incidents and accidents * Improved surveillance efficiency

In criminal investigations, it is important to reliably record evidence in the form of video. Particularly during investigations at night or in dimly lit areas, capturing clear footage can be challenging. The lack of clarity in evidence footage can lead to delays in investigations and, in some cases, hinder the resolution of cases. The FLC-6000, with its ultra-sensitive performance of a minimum illumination of 0.003Lx, can capture clear color video even in darkness. This allows for detailed documentation of the crime scene and contributes to the efficiency of investigations. 【Usage Scenarios】 - Nighttime surveillance - Evidence collection - Documentation of crime scenes 【Benefits of Implementation】 - Clear video recording in low light - Securing evidence - Increased efficiency in investigations

In the field of deep-sea exploration, capturing clear images in the darkness at depths of several hundred meters is crucial. High-sensitivity and high-resolution cameras are required for various purposes such as observing deep-sea organisms, surveying seabed topography, and resource exploration. Traditional cameras face challenges where the images become unclear due to insufficient light or require special lighting. The FLC-6000, with its ultra-high sensitivity performance of a minimum illumination of 0.003Lx, can capture clear color videos even in dark underwater environments. This enhances the quality of images in deep-sea exploration and allows for the acquisition of more detailed information. 【Usage Scenarios】 - Ecological observation of deep-sea organisms - Surveying seabed topography - Exploration of deep-sea resources - Mounting on underwater robots 【Benefits of Implementation】 - Ability to capture clear images even in dark waters - Acquisition of more detailed information through high-sensitivity sensors - Long operational time due to energy-efficient design - Compatibility with various special shooting requirements

In the field of marine research, poor visibility underwater and the scattering of light on the water's surface and in the atmosphere lead to unclear images, which is a challenge. Particularly in deep-sea and nighttime investigations, securing clear images is essential for accurate data collection and efficient exploration activities. The image enhancement unit "Flat-C/HD" provides clear images even under adverse conditions such as fog, rain, and backlighting by correcting contrast and suppressing noise. This supports accurate understanding of the subjects being investigated. 【Usage Scenarios】 * Underwater robot (ROV) seabed surveys * Video recording in diving investigations * Observation of marine life 【Benefits of Implementation】 * Improved investigation accuracy with clear images * Reduced investigation time * More detailed data collection

In the field of research and development, material analysis requires the visualization and detailed analysis of the fine structures and properties of materials. Particularly in the detection of defects and foreign substances, as well as composition analysis, high-sensitivity and high-resolution image acquisition is crucial. Capturing information that cannot be detected by conventional visible light in the near-infrared range may lead to new discoveries. The FS-1700IRP is a high-sensitivity near-infrared camera capable of receiving light from visible to far-infrared (400nm to 1700nm). It features an image enhancement function built into the body and enables the detection of weak light levels with stable image quality through Peltier cooling. 【Application Scenes】 - Observation of internal structures of materials - Detection of foreign substances and defects - Composition analysis - Non-destructive testing 【Benefits of Implementation】 - Visualization of fine information through high-sensitivity image acquisition - Accurate analysis with stable image quality - Potential for new discoveries through the utilization of the near-infrared range - Increased efficiency in material development

In the logistics industry, tracking operations require video acquisition in various environments, both outdoors and indoors. Particularly in situations with poor visibility, such as during bad weather or at night, securing clear images becomes challenging, which may lead to a decrease in tracking accuracy. This can result in decisions based on incorrect information or overlooking the tracking target, potentially lowering operational efficiency and increasing the risk of accidents. The image enhancement unit 'Flat-C/HD' supports tracking operations by providing clear images even in poor visibility conditions such as fog, rain, backlighting, and nighttime. [Usage Scenarios] * Tracking packages within warehouses * Monitoring vehicles and containers during transport * Ensuring the safety of workers outdoors [Benefits of Implementation] * Improved tracking accuracy * Enhanced operational efficiency * Increased safety