アプライド List of Products and Services

Our company has been manufacturing custom order BTO computers and HPC products at our own factory since our establishment. Applied's industrial PCs for appearance inspection, image processing, and machine vision utilize industrial motherboards, equipped with essential COM ports for connecting measurement devices, as well as a rich array of I/O options including the latest PCI Express slots and 2.5G network ports. Additionally, they feature expansion slots compatible with various expansion boards, making them ideal for embedded motherboards used in image processing, medical devices, distribution equipment, and other industrial IoT-related applications. <Lineup> ■ Tower-type industrial PC equipped with 14th generation Core ■ 4U rack-mounted Xeon W processor model ■ 4U rack-mounted high-end model with Core i9/RTX 4090 ■ Edge AI GPU computing OS options include Windows 11, Windows 10 IoT, and Linux! *For more details, please refer to the PDF document or feel free to contact us.

Our company has been manufacturing custom-ordered BTO computers and HPC products in our own factory since our founding. We have developed original PCs from Applied that optimally run the image processing software "HALCON," developed and manufactured by Germany's MVTec Software, and the all-in-one image processing tool "MERLIC." "HALCON" and "MERLIC" are deep learning image processing software used in various industries requiring image processing, such as semiconductors, electrical and electronic components, automotive, aerospace, metalworking, agriculture, logistics, medical, printing, and retail, for inspecting fine defects, scratches, dirt, color variations, as well as for appearance inspection, quality control, and automatic recognition. Applied's original PCs achieve high-speed processing with machine specifications optimized for image processing.

"VisionPro Deep Learning" is a best-in-class deep learning image processing software specially designed for the manufacturing industry. It is a reliable software solution equipped with cutting-edge machine learning algorithms optimized through practical testing. By combining deep learning technology with VisionPro software, it addresses complex applications that are often difficult, cumbersome, and costly for typical machine vision systems. Please leave the recommended COGNEX models to Applied. 【Features】 ■ Flexible programming interface ■ Simplified integration in a common environment ■ Innovative deep learning tools *For more details, please refer to the PDF materials or feel free to contact us.

"COGNEX VISIONPRO DEEP LEARNING" is a deep learning-based image analysis software designed for factory automation (FA). It is a reliable software solution optimized through testing in manufacturing environments, based on advanced machine learning algorithms. VisionPro ViDi, which combines AI (artificial intelligence) with VisionPro and Cognex Designer software, addresses applications that were either too complex for traditional machine vision systems to achieve or were too labor-intensive and costly. [Features] - Designed for factory automation (FA) - Optimized reliable software solution - Based on advanced machine learning algorithms - Addresses applications that were too complex for traditional machine vision systems or were too labor-intensive and costly to implement *For more details, please refer to the related links or feel free to contact us.*

We would like to introduce our product, the "Deep Learning Environment Setup 'Noel Spec' + 3D Medical Imaging and Radiation Therapy Planning Image Analysis Tool 'Growth RTV' Model." "Growth RTV," developed by E-Growth Co., Ltd., expands the radiation therapy planning image analysis engine and incorporates a deep learning model capable of organ extraction using deep learning technology for research and industrial applications. This product is commercialized as the 3D medical imaging and radiation therapy planning image analysis tool "Growth RTV," equipped with these deep learning models. 【Features】 ■ Expanded radiation therapy planning image analysis engine ■ Equipped with a deep learning model capable of organ extraction using deep learning technology for research and industrial applications *For more details, please refer to the related links or feel free to contact us.

"Dragonfly" is a 3D visualization platform developed by Object Research Systems (Canada) that supports multi-modality and multi-scale. With a user-friendly GUI, it enables impactful visualization and advanced analysis. It is suitable for the fields of biological, medical, and materials research. 【Features】 ■ Developed by Object Research Systems (Canada) ■ Supports multi-modality and multi-scale ■ User-friendly GUI ■ Enables impactful visualization and advanced analysis *For more details, please refer to the related links or feel free to contact us.

"Noel Spec + Growth RTV" is a 3D medical imaging deep learning support tool. "Growth RTV" is a 3D medical imaging deep learning support platform equipped with programmable Python integration features, allowing users to obtain 3D image data with simple Python scripts, even without knowledge of handling DICOM. At Applied, we provide the 'Be-Clia Type-TR9IS17/18' as a recommended operating model. 【Growth RTV Features】 ■ Obtain 3D image data with simple Python scripts ■ Perform data annotation, data analysis, data extraction and processing, learning, evaluation, etc., for deep learning ■ Growth collaboration model *For more details, please refer to the related links or feel free to contact us.

"Dragonfly" is an advanced 3D image processing software for biological, medical, and materials research. With a user-friendly GUI, impactful visualization and advanced analysis are achievable. It is a multi-modality, multi-scale 3D visualization platform developed by Object Research Systems (Canada). At Applied, we offer the recommended operating models: 'Be-Clia Type-T11IS19 / Be-Clia Type-T11IS20 / Be-Clia Type-Z11IS21'. 【Dragonfly Features】 ■ Impactful visualization and advanced analysis achievable with a sophisticated GUI ■ Capable of processing various image data from general electron beams, X-rays, optical microscopes, etc. ■ Provision of a platform for functionality expansion and sharing (Infinite Toolbox) using Python ■ Accurate technical support from experienced staff ■ M@xnet collaboration model *For more details, please refer to the related links or feel free to contact us.

We offer "original PCs equipped with graphics cards tailored for specific applications and software." For types suitable for CAD, modeling, design, and graphic production, we have a lineup for both 2D and 3D graphics. Additionally, we also provide recommended products for those using design and image editing applications such as Illustrator and Photoshop. 【Lineup】 ■Be-Clia CAD Type-S14-i7-A1000 ■Be-Clia CAD Type-M14-i7-2000 Ada ■Be-Clia CAD Type-M14-i5-4060 ■Be-Clia CAD Type-T14-i9-4000 Ada *For more details, please refer to the PDF materials or feel free to contact us.

We offer the recommended "Be-Clia series" for illustrators. This model features the RTX 4060, providing high cost performance, with 16GB of memory and a 500GB SSD (M.2 NVMe). It is a high-quality, high-performance original model produced entirely in Japan. Please feel free to contact us if you have any inquiries. 【Specifications (partial)】 ■CPU: Intel Core i5 14400 (10 cores, 16 threads) ■Memory: 16GB ■SSD: 500GB (M.2 NVMe) ■OS: Windows 11 Pro 64bit ■GPU: NVIDIA RTX 4060 *For more details, please refer to the PDF document or feel free to contact us.

AI particle image analysis software "AIPAS" (AI ParticleAnalyzing Software) is an offline software that achieves high-precision detection and classification of individual particles and powders, as well as accurate measurements, for particle and powder images that are difficult to analyze with conventional image processing by utilizing deep learning. - Equipped with an AI model trained on approximately 600,000 particles of over 25 types - Excels in analyzing agglomerated particles, composites, sintered bodies, and crystalline particles, which are challenging for existing software - Capable of detecting and measuring primary particles that make up secondary aggregates - Features various specialized models tailored for SEM, TEM, and S-TEM images - Customizable to optimize for user images Recommended hardware configuration for a workstation that meets the specifications for comfortable operation of AIPAS.

MIPAR, developed by MIPAR Software LLC, which is primarily composed of members from Ohio State University, is an innovative image processing software that excels in detection capabilities and measurement techniques. It can be used in various fields, including particle measurement (particle size distribution, particle count, particle area), cell counting and measurement, viability assessment, and specific area detection of metals and minerals. No programming is required at all. - 3D image creation and volume calculation from multiple cross-sectional images - Automatic generation feature for reflecting image processing results in MS Word or PowerPoint - Detailed detection of features that have been difficult to detect until now Options for image detection using Deep Learning and volume calculation functions from created 3D images are also available. Recommended hardware configuration for a workstation equipped with the specifications necessary for comfortable operation of MIPAR.

HALCON Progress Edition 25.05 is the latest version released on May 27, 2025, and is an evolving software that provides the latest image processing technology every six months. ■Main New Features and Improvements - Enhanced AI has improved 3D recognition, OCR accuracy, and development efficiency. - Non-contact position estimation using CAD-based Deep 3D Matching. - Deep OCR alignment function that withstands inaccurate ROIs. - Code correction function that can achieve high precision for curved QR codes. - An interface that balances compatibility with the latest cameras and ease of use. - Modular development and AI-assisted development support through HDevelopEVO. - Flexible learning control effective in embedded environments.

The Aurora Imaging Library is an "industrial image processing library with excellent embedded capabilities and stability," characterized by its suitability for system development focused on device integration and control. - Developer: Matrox Imaging, Canada - Overview: A comprehensive software library developed for industrial image processing and machine vision - Availability: Usable through APIs such as C/C++, C#, .NET. GUI-based development is also possible in conjunction with Aurora Design Assistant - Main Features: - Image acquisition and preprocessing (filtering, geometric transformations, etc.) - Pattern matching, dimension measurement, character recognition (OCR) - Color-based inspection, appearance inspection - 3D image processing (stereo, laser, point cloud analysis) - Classification and detection using deep learning (supports NVIDIA GPU) - Characteristics: - Modular, allowing only the necessary functions to be integrated - In SDK format, enabling flexible integration into embedded devices and dedicated equipment - Widely used by inspection equipment manufacturers and for research purposes, with strengths in real-time performance and stability.