Système de vision FH
Un fonctionnement plus rapide de la machine, des caméras pour chaque application
Cette gamme regroupe les avantages d'une caméra intelligente et d'un système de vision puissant dans une seule plateforme. La netteté d'image incomparable obtenue grâce à une caméra intelligente permet une configuration simple, une installation rapide et des performances optiques exceptionnelles.
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Vision System FH series
The FH-series Vision System provides higher speed and precision for Machine cycle time and is loaded with all of the performance required to move Machines quickly and at high precision into a compact Controller for embedding into Machine. And even though the Camera/communications interfaces, image processing algorithms, and other features of this complete image processing system are built into one housing, the flexibility of a PC-based image processing system is also provided to help increase eciency in the frequent reuse of Machine designs and in design changes.
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Vision System FH series
The FH-series Vision System provides higher speed and precision for Machine cycle time and is loaded with all of the performance required to move Machines quickly and at high precision into a compact Controller for embedding into Machine. And even though the Camera/communications interfaces, image processing algorithms, and other features of this complete image processing system are built into one housing, the flexibility of a PC-based image processing system is also provided to help increase eciency in the frequent reuse of Machine designs and in design changes.Une meilleure option pour les inspections nécessitant une sensibilité élevée
De nos jours, les inspecteurs qualifiés sont rares et les coûts de main-d'œuvre ont fortement augmenté. Les fabricants sont soumis à de fortes pressions pour automatiser les processus qui reposent sur les sens de travailleurs humains expérimentés. En matière d'inspection visuelle, il est important d'identifier de manière fiable les défauts minimes, même sur les lignes flexibles qui produisent de nombreux articles.
Pour relever ces défis, nous avons développé une nouvelle IA de détection des défauts qui reproduit les techniques d'inspecteurs qualifiés. Cette IA fait désormais partie du système de vision FH.
FH-series Vision System Datasheet
Nouveau système de vision série FH équipé de la première fonctionnalité de détection des défauts grâce à l'IA
Le système de traitement de l'image identifie les défauts minimes avec une sensibilité semblable à celle des humains pour obtenir des taux de détection des défauts plus élevés.
Fonctions
De nouveaux outils de vision pour l'IA étoffent la gamme déjà variée d'outils de vision
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1L'IA capture les défauts avec une sensibilité semblable à celle des humains
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2L'IA identifie les produits de qualité aussi bien que les inspecteurs expérimentés
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3Aucun environnement particulier n'est requis
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4Détection automatique de divers défauts sans définition ni apprentissage
Traitement en parallèle pour plusieurs inspections
Le système Multi-Line Random-Trigger inspecte jusqu'à quatre temporisations différentes. Un seul contrôleur peut effectuer des inspections à différents points, à différents moments. Les contrôleurs installés pour chaque processus peuvent être combinés en un seul, ce qui réduit les coûts initiaux et permet d'économiser de l'espace.
Processus de conditionnement des produits pharmaceutiques
Un seul contrôleur pouvant contrôler chaque chaîne permet d'économiser de l'espace et les coûts initiaux. Vous pouvez connecter jusqu'à 4 caméras par contrôleur.
Une technologie d'éclairage innovante
- Une unité d'éclairage fiable et polyvalente grâce à la technologie d'éclairage MDMC
- La technologie d'éclairage MDMC vous permet de changer librement et en quelques millisecondes la couleur et le motif de l'orientation
- Aucun échange de matériel n'est nécessaire lors des changements de produits
- Amélioration pour une fonction d'inspection facile, rapide et fiable
- Combinaison de centaines d'éclairages en une seule unité
- Traitement des couleurs réelles (16 millions de couleurs)*
Des protocoles de communication largement validés. ProfiNet également à présent
Grâce à la plate-forme Sysmac d'OMRON, l'intégration d'un système de vision dans votre machine n'a jamais été aussi simple. Qu'il s'agisse de mener une inspection ou encore de contrôler une ligne de production complète, nous vous épaulons à chaque étape et nous concentrons sur une architecture claire et compréhensible pour vous faciliter la vie et améliorer votre productivité.
SYSMAC Studio est un environnement unique qui intègre la logique, le contrôle d'axes et la variation de fréquence, la robotique, la sécurité, la visualisation et l'informatique dans un seul projet, réduisant ainsi la courbe d'apprentissage et les coûts de logiciels fonctionnant en interne.
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1ConceptionLe code réutilisable réduit le temps de développement.
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2VérificationLa simulation et la surveillance peuvent être effectuées en fonction des informations obtenues à partir du système de vision.
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3Mise en œuvreLe contrôle avancé de la machine est facile à réaliser.
EtherCAT® pour un transfert de données haut débit permettant de contrôler divers périphériques
- Le cycle de communication est réduit à 1/32.
- Le temps écoulé de l'entrée de déclenchement à la production des résultats de mesure est réduit d'environ 6 ms.
Applications
Système de vision conforme aux BPF et à la norme 21 CFR Part 11
Caractéristiques du logiciel
- Rapport du journal d'audit
- Affichage du journal d'audit
- Sécurité renforcée des mots de passe
- Fichiers chiffrés
- Contrôle des accès des utilisateurs
- Authentification unique disponible
- Intégration IHM
Rapport du journal d'audit
Affichage du journal d'audit
Contrôle des accès des utilisateurs
Paramètres renforcés des mots de passe
Chiffrement des données
Automobile
- Lignes d'assemblage
- Lignes d'inspection de contrôle qualité
- Inspection des défauts superficiels
- Applications de mesure de haute précision
Agroalimentaire
- Contrôles de qualité
- Lignes de remplissage de liquide/poudre
- Emballage primaire et secondaire
- Mise en place
Traçabilité
- Inspection des impressions et des étiquettes
- Suivi des applications
Is your production line ready for inspection?
Quality inspections are a critical requirement for all manufacturing and packaging lines. Being able to identify defective products before they are shipped to customers can bring significant savings in both time and money. It prevents costly product recalls, wasted production and potentially expensive legal costs.
For perishable products – from food to pharmaceuticals – quality inspection of the packaging is also vital. An unreadable barcode or a wrong expiry date could lead to perfectly good products being discarded. And increasingly strict legislation is making clear marking a top priority for all types of products.
Vidéos
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Omron's FH vision system helps improve efficiency and quality in production lines
Automated sensory inspection has been a challenge for automation for years Automation inspections are introduced to find scratches and dents on products, but these may overlook unexpected defects or recognize light stains as defects and over detect defective products. Over detection leads to secondary human inspections as well as overlooked products escape to post-processes decreasing yields. The introduction to automated sensory inspections takes time, resources, and expertise. Omron solves these issues through its vision sensors using Artificial Intelligence (AI) technologies. The FH Vision System Series reproduces human sensibility and experience with AI technology. The FH Vision System Series has an inspection algorithm using AI or AI Fine Matching installed. AI Fine Matching detects only the features not found on good products as defects. Training with images of various good products builds an AI model that helps automate inspection processes. The more the various good images you provide, the better the inspection accuracy. In this way, the AI model learns about variation in the shape and color of good products. An AI model misses no tiny scratch or dent. The AI Fine Matching enables streamlining the inspection flow and reduces the number of inspections preventing overdetection and wasteful secondary inspections. AI Fine Matching improves yields by preventing the overlook of defective products that escape to post-processes. Learn more about FH Vision System Series:
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Omron's FH vision system helps improve efficiency and quality in production lines
Automated sensory inspection has been a challenge for automation for years Automation inspections are introduced to find scratches and dents on products, but these may overlook unexpected defects or recognize light stains as defects and over detect defective products. Over detection leads to secondary human inspections as well as overlooked products escape to post-processes decreasing yields. The introduction to automated sensory inspections takes time, resources, and expertise. Omron solves these issues through its vision sensors using Artificial Intelligence (AI) technologies. The FH Vision System Series reproduces human sensibility and experience with AI technology. The FH Vision System Series has an inspection algorithm using AI or AI Fine Matching installed. AI Fine Matching detects only the features not found on good products as defects. Training with images of various good products builds an AI model that helps automate inspection processes. The more the various good images you provide, the better the inspection accuracy. In this way, the AI model learns about variation in the shape and color of good products. An AI model misses no tiny scratch or dent. The AI Fine Matching enables streamlining the inspection flow and reduces the number of inspections preventing overdetection and wasteful secondary inspections. AI Fine Matching improves yields by preventing the overlook of defective products that escape to post-processes. Learn more about FH Vision System Series:
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Cap Inspection | FH-series Vision System
Automated sensory inspection has been extremely difficult to automate for a long time. An automated inspection system may over detect by flagging good products as defective under strict criteria to prevent defective products from being marketed. The implementation of automated inspection requires adjustment for different bottles and caps. Because the transfer of setup and adjustment knowledge to other inspection lines hinders the adoption of automated inspection, many manufacturers give up on the idea. OMRON solves these issues by combining its powerful vision sensors with artificial intelligence. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. The FH-series vision system reproduces human sensibility and experience with AI technology. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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Cap Inspection | FH-series Vision System
Automated sensory inspection has been extremely difficult to automate for a long time. An automated inspection system may over detect by flagging good products as defective under strict criteria to prevent defective products from being marketed. The implementation of automated inspection requires adjustment for different bottles and caps. Because the transfer of setup and adjustment knowledge to other inspection lines hinders the adoption of automated inspection, many manufacturers give up on the idea. OMRON solves these issues by combining its powerful vision sensors with artificial intelligence. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. The FH-series vision system reproduces human sensibility and experience with AI technology. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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AI Fine Matching | FH-series Vision System
Automated sensory inspection has been extremely difficult to automate for a long time. Do you have any concern about missing defects or overdetecting them in your visual inspection process? An automated inspection system designed to find scratches and dents on products may overlook other types of defects that are unexpected. Because the implementation of automated inspection can be time-consuming and typically requires specialized knowledge, many manufacturers give up on the idea. OMRON solves these issues by combining its powerful vision sensors with artificial intelligence. The FH-series vision system reproduces human sensibility and experience with AI technology. By training upon images of various good products, the system builds an AI model. The FH-series suggests training images and assists with the construction of a workable AI model in the shortest period of time. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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AI Fine Matching | FH-series Vision System
Automated sensory inspection has been extremely difficult to automate for a long time. Do you have any concern about missing defects or overdetecting them in your visual inspection process? An automated inspection system designed to find scratches and dents on products may overlook other types of defects that are unexpected. Because the implementation of automated inspection can be time-consuming and typically requires specialized knowledge, many manufacturers give up on the idea. OMRON solves these issues by combining its powerful vision sensors with artificial intelligence. The FH-series vision system reproduces human sensibility and experience with AI technology. By training upon images of various good products, the system builds an AI model. The FH-series suggests training images and assists with the construction of a workable AI model in the shortest period of time. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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2D Robot Vision System| FH-series Vision System
Manufacturers increasingly need automation and labour-saving solutions to prevent infection and overcome the labour shortage. Are you considering automating transfer and assembly with robot vision systems at your manufacturing site? OMRON offers the perfect solution for you, the FH-series Vision System. The FH Series can be easily connected to various robots. Automated transfer and assembly and advanced inspection can be performed simultaneously. OMRON offers a 2D robot vision system solution. A vision system program and robot program need to be prepared to connect a vision system to a robot. OMRON provides these programs for easy implementation. Programs for pick, grip correction, place and combined applications are available. The FH Series can be mounted on a robot hand or arm. The FH-series Vision System enables automated transfer and assembly and advanced inspection at the same time. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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2D Robot Vision System| FH-series Vision System
Manufacturers increasingly need automation and labour-saving solutions to prevent infection and overcome the labour shortage. Are you considering automating transfer and assembly with robot vision systems at your manufacturing site? OMRON offers the perfect solution for you, the FH-series Vision System. The FH Series can be easily connected to various robots. Automated transfer and assembly and advanced inspection can be performed simultaneously. OMRON offers a 2D robot vision system solution. A vision system program and robot program need to be prepared to connect a vision system to a robot. OMRON provides these programs for easy implementation. Programs for pick, grip correction, place and combined applications are available. The FH Series can be mounted on a robot hand or arm. The FH-series Vision System enables automated transfer and assembly and advanced inspection at the same time. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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Connector Inspection Function | FH-series Vision System and Cameras
The OMRON Connector Inspection Function in the FH-series integrates settings required for pin position detection and allows users to perform complicated dimensional inspections like coplanarity inspection just by selecting inspection items. A search model can be shared between different types of connectors, reducing configuration time when new types are added. Just change the number if inspection areas for connectors with different numbers of pins to complete adjustment. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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Connector Inspection Function | FH-series Vision System and Cameras
The OMRON Connector Inspection Function in the FH-series integrates settings required for pin position detection and allows users to perform complicated dimensional inspections like coplanarity inspection just by selecting inspection items. A search model can be shared between different types of connectors, reducing configuration time when new types are added. Just change the number if inspection areas for connectors with different numbers of pins to complete adjustment. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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AI Filter | FH-series Vision System
OMRON is using artificial intelligence to reproduce the visual sensitivity and experience of human inspectors. The AI filter detects scratches with human-like sensitivity. Using an AI filter equipped with defect extraction technology, only the points that are estimated to be scratches with be automatically extracted. The AI algorithms extract the scratch itself, rather than the definition based on colour and brightness. This makes defect detection much more stable flaw. The AI filter eliminates missed defects and AI Fine Matching avoids overdetection almost entirely. No special environment construction or expertise required. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. The FH-series vision system reproduces human sensibility and experience with AI technology. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:
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AI Filter | FH-series Vision System
OMRON is using artificial intelligence to reproduce the visual sensitivity and experience of human inspectors. The AI filter detects scratches with human-like sensitivity. Using an AI filter equipped with defect extraction technology, only the points that are estimated to be scratches with be automatically extracted. The AI algorithms extract the scratch itself, rather than the definition based on colour and brightness. This makes defect detection much more stable flaw. The AI filter eliminates missed defects and AI Fine Matching avoids overdetection almost entirely. No special environment construction or expertise required. OMRON offers the best combination of camera and controller for your inspection systems in terms of precision, speed and cost. The FH-series vision system reproduces human sensibility and experience with AI technology. Learn more about FH-series Vision System here: Learn more about FH Smart Cameras here:Caractéristiques et références
| Produit | Performance | Processor family | Operating system | Memory | AI Scratch detection filter | AI FineMatching | Number of cameras | Integrated monitor | Communication port(s) | Output type | Application | Description | |
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Medium | Intel® Celeron® | WES 7 (64 bits) | 8 GB RAM (non ECC) | No | No | 2 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH-Hochgeschwindigkeits-/Hochleistungs-Controller, 2 Kerne, NPN/PNP, 2 Kameras | |
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Medium | Intel® Celeron® | WES 7 (64 bits) | 8 GB RAM (non ECC) | No | No | 4 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH-Hochgeschwindigkeits-/Hochleistungs-Controller, 2 Kerne, NPN/PNP, 4 Kameras | |
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Medium | Intel® Celeron® | WES 7 (64 bits) | 8 GB RAM (non ECC) | No | No | 8 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH-Hochgeschwindigkeits-/Hochleistungs-Controller, 2 Kerne, NPN/PNP, 8 Kameras | |
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Medium | Intel® Celeron® | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 8 GB RAM (non ECC) | No | No | 2 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH medium speed & performance controller 2-core, NPN/PNP, 2 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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Medium | Intel® Celeron® | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 8 GB RAM (ECC) | No | No | 4 | No | EtherCAT Slave, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH medium speed & performance controller 2-core, NPN/PNP, 4 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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Medium | Intel® Celeron® | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 8 GB RAM (non ECC) | No | No | 8 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH medium speed & performance controller 2-core, NPN/PNP, 8 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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High | Intel® Core™ i7 | WES 7 (64 bits) | 8 GB RAM (non ECC) | Yes | Yes | 2 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, 3D Bin picking, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH-Hochgeschwindigkeits-/Hochleistungs-Controller, 4 Kerne, NPN/PNP, 2 Kameras | |
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High | Intel® Core™ i7 | WES 7 (64 bits) | 8 GB RAM (non ECC) | Yes | Yes | 4 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH-Hochgeschwindigkeits-/Hochleistungs-Controller, 4 Kerne, NPN/PNP, 4 Kameras | |
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High | Intel® Core™ i7 | WES 7 (64 bits) | 8 GB RAM (non ECC) | Yes | Yes | 8 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH-Hochgeschwindigkeits-/Hochleistungs-Controller, 4 Kerne, NPN/PNP, 8 Kameras | |
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High | Intel® Core™ i7 | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 8 GB RAM (non ECC) | Yes | Yes | 2 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, 3D Bin picking, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH high-speed / high performance controller 4-core, NPN/PNP, 2 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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High | Intel® Core™ i7 | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 8 GB RAM (non ECC) | Yes | 4 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH high-speed / high performance controller 4-core, NPN/PNP, 4 cameras, W10 IoT Enterprise LTSC 2019 64bit | ||
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High | Intel® Core™ i7 | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 8 GB RAM (non ECC) | Yes | Yes | 8 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH high-speed / high performance controller 4-core, NPN/PNP, 8 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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Very high | Intel® Core™ i7 | WES 7 (64 bits) | 32 GB RAM (non ECC) | Yes | Yes | 2 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH High-Speed / High Performance / Extended Storage, Controller 4-Core, NPN/PNP, 2 Kameras | |
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Very high | Intel® Core™ i7 | WES 7 (64 bits) | 32 GB RAM (non ECC) | Yes | Yes | 4 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH High-Speed / High Performance / Extended Storage, Controller 4-Core, NPN/PNP, 4 Kameras | |
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Very high | Intel® Core™ i7 | WES 7 (64 bits) | 32 GB RAM (non ECC) | Yes | Yes | 8 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH High-Speed / High Performance / Extended Storage, Controller 4-Core, NPN/PNP, 8 Kameras | |
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Very high | Intel® Core™ i7 | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 32 GB RAM (non ECC) | Yes | Yes | 2 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, 3D Bin picking, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH high-speed / high performance / extended storage, controller 4-core, NPN/PNP, 2 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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Very high | Intel® Core™ i7 | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 32 GB RAM (non ECC) | Yes | Yes | 4 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH high-speed / high performance / extended storage, controller 4-core, NPN/PNP, 4 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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Very high | Intel® Core™ i7 | Windows 10 IoT Enterprise 2019 LTSC - 64 bit | 32 GB RAM (non ECC) | Yes | Yes | 8 | No | EtherCAT Slave, EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, AI fine matching, AI scratch detection, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | FH high-speed / high performance / extended storage, controller 4-core, NPN/PNP, 8 cameras, W10 IoT Enterprise LTSC 2019 64bit | |
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Lite | Intel® Atom™ | WES 7 (32 bits) | 4 GB RAM (non ECC) | No | No | 2 | No | EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | Bildverarbeitung - FH-Lite Controller - Box Typ - 2 Kameras - PNP / NPN | |
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Lite | Intel® Atom™ | WES 7 (32 bits) | 4 GB RAM (non ECC) | No | No | 4 | No | EtherNet/IP, Ethernet TCP/IP, PROFINET Slave, Serial RS-232C, USB | PNP/NPN | 2D Robot guidance, Bead inspection, Code reading, Code verification, Color inspection, Counting, Defect inspection, Measurement inspection, OCR / OCV, Presence / Absence | Bildverarbeitung - FH-Lite Controller - Box Typ - 4 Kameras - PNP / NPN |
Nous proposons des possibilités de combinaisons quasi infinies pour tous les types de production.
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Caméras de vision FH : la caméra adaptée à chaque application
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Inspection et mesure de haute précision à grande vitesse
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Augmentez votre productivité
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