Exhibitor innovations

Manage your machine lifecycle! Digital. Safe. Secure. With the digital MYZEL Lifecycle Platform, legal compliance as well as Safety and Security throughout the machine lifecycle is easy to verify at any time. Important documentation, certificates, logs or employee data are always available and up to date with MYZEL. This means you always have an overview and can determine the necessary action in an emergency.

Manage your machine lifecycle! Digital. Safe. Secure. With the digital MYZEL Lifecycle Platform, legal compliance as well as Safety and Security throughout the machine lifecycle is easy to verify at any time. Important documentation, certificates, logs or employee data are always available and up to date with MYZEL. This means you always have an overview and can determine the necessary action in an emergency.

Manage your machine lifecycle! Digital. Safe. Secure. With the digital MYZEL Lifecycle Platform, legal compliance as well as Safety and Security throughout the machine lifecycle is easy to verify at any time. Important documentation, certificates, logs or employee data are always available and up to date with MYZEL. This means you always have an overview and can determine the necessary action in an emergency.

Manage your machine lifecycle! Digital. Safe. Secure. With the digital MYZEL Lifecycle Platform, legal compliance as well as Safety and Security throughout the machine lifecycle is easy to verify at any time. Important documentation, certificates, logs or employee data are always available and up to date with MYZEL. This means you always have an overview and can determine the necessary action in an emergency.

Manage your machine lifecycle! Digital. Safe. Secure. With the digital MYZEL Lifecycle Platform, legal compliance as well as Safety and Security throughout the machine lifecycle is easy to verify at any time. Important documentation, certificates, logs or employee data are always available and up to date with MYZEL. This means you always have an overview and can determine the necessary action in an emergency.

Pneumatic riveting machine with up to 40kN riveting force

Anlagenverfügbarkeit ist zum zentralen Thema in Maschinen- und Anlagenbau geworden. In diesem Kontext ist eine effiziente Prozess- und Zustandsüberwachung bei Müller Industrie-Elektronik in den Fokus genommen worden. IO-Link-Systemintegration als die treibende Innovationskraft bei der Entwicklung neuer Sensorik bietet die besten Voraussetzungen zu der jetzt erfolgten Implementierung des neuen Condition Monitoring Systems M-MEASURECLOUD. IO-Link-Sensoren und unsere neue Monitoring-Software, für den entscheidenden Schritt in die Digitalisierung Ihrer Maschinen und Anlagen! Effiziente Zustandsüberwachung M-MEASURECLOUD ■ Maschinen und Anlagen-Zustände erfassen ■ Mögliche Ausfallzeiten vorausschauend erkennen ■ Wartungs- und Instandhaltungsprozesse optimieren ■ Produktivität steigern ■ Energieverbräuche senken ■ Gebäude und Anlagen überwachen SENSORIK | SOFTWARE | SERVICE Unsere Lösung - Alles aus einer Hand Sensorik IO-Link integrierte Sensoren aus vielfältigen Messbereichen, wie Temperatur-, Druck-, Kraft-, Vibrations- und Durchflussmesstechnik. Software Effiziente Zustandsüberwachung zur Optimierung von Anlagenverfügbarkeit in der M-MEASURECLOUD. Mit differenzierten Ansichtdarstellungen nach Kundenbedarf. Service Intensive Integrationsunterstützung, Sensor- und Anlagenanbindung und Systemkonfiguration.

A new version of our interactive image processing software is now available. Highlights in NeuroCheck version 6.5: ▪ New check-functions in the function library ▪ Web-based process view. Streaming of result visualization in the production network. structural element "Folder" in the program editor ▪ structural element "Group" for parallelizing individual checks ▪ Project snapshot for audit trail-compliant documentation

NeuroCheck AI Toolkit is now available in version 4.0 New features: + Web-based user interface for labeling images and managing project data + On-premise tool, works independently of the internet + Integrated user management + Image and label database for archiving training history + Supports AI training for classification, object detection, segmentation, and anomaly detection + Export of trained networks for use with the NeuroCheck Inference Plug-In

The <b>safety gate system PSENmgate</b> can be used anywhere that you need <b>safe guard locking</b> with control elements. PSENmgate is flexible to use on <b>accessible safety gates,</b> as well as <b>covers</b> and <b>flaps.</b> For example, the safety gate system PSENmgate enables <b>safe guard locking of accessible safety gates on a robot cell.</b> Several safety gates can also be connected quickly and simply in series – <b>with minimal wiring.</b>

Pizzato CS AM series safety modules benefit from important technological advancement. Major new features include sensorless speed monitoring, more sophisticated motor control through parameterisation of the modules via software, and the ability to monitor motor operating data in real time. > Three different versions available The new series now includes three different types of safety modules, available both in permanently programmed or configurable version: CS AM1• : Motor standstill monitoring CS AM2• : Monitoring of motor speed and direction of rotation CS AM3• : Combines the functionalities of both CS AM1• and CS AM2• The configurable version is equipped with a USB Type-C port, allowing the device to be configured using the CS AM Configurator, developed in-house by Pizzato Elettrica. The software can be downloaded by the user free of charge. It is also possible to choose between safety outputs with OSSD or relay technology. Modules with OSSD outputs are 22.5 mm wide, while those with relay outputs are 45 mm wide. > Inductive sensor for the detection of specific faults With the CS AM2• and CS AM3• versions, an inductive sensor can be connected to the module to detect faults not normally detected by products currently on the market. > Adjustment of monitoring parameters The CS AM Configurator software is divided into several sections: Project, Setting and Monitor. In the Project section, all relevant project information is entered and the required function can be selected and configured for each input and output of the module. In the Setting section, parameters for the detection of motor standstill can be set, thresholds for minimum and maximum speed thresholds defined, and the detection of the motor's direction of rotation enabled. In the Monitor section, the status of the module's outputs, the residual voltage detected on the phases, the speed and the direction of rotation of the motor can be monitored and saved in real time.

Pizzato CS AM series safety modules benefit from important technological advancement. Major new features include sensorless speed monitoring, more sophisticated motor control through parameterisation of the modules via software, and the ability to monitor motor operating data in real time. > Three different versions available The new series now includes three different types of safety modules, available both in permanently programmed or configurable version: CS AM1• : Motor standstill monitoring CS AM2• : Monitoring of motor speed and direction of rotation CS AM3• : Combines the functionalities of both CS AM1• and CS AM2• The configurable version is equipped with a USB Type-C port, allowing the device to be configured using the CS AM Configurator, developed in-house by Pizzato Elettrica. The software can be downloaded by the user free of charge. It is also possible to choose between safety outputs with OSSD or relay technology. Modules with OSSD outputs are 22.5 mm wide, while those with relay outputs are 45 mm wide. > Inductive sensor for the detection of specific faults With the CS AM2• and CS AM3• versions, an inductive sensor can be connected to the module to detect faults not normally detected by products currently on the market. > Adjustment of monitoring parameters The CS AM Configurator software is divided into several sections: Project, Setting and Monitor. In the Project section, all relevant project information is entered and the required function can be selected and configured for each input and output of the module. In the Setting section, parameters for the detection of motor standstill can be set, thresholds for minimum and maximum speed thresholds defined, and the detection of the motor's direction of rotation enabled. In the Monitor section, the status of the module's outputs, the residual voltage detected on the phases, the speed and the direction of rotation of the motor can be monitored and saved in real time.

Pizzato CS AM series safety modules benefit from important technological advancement. Major new features include sensorless speed monitoring, more sophisticated motor control through parameterisation of the modules via software, and the ability to monitor motor operating data in real time. > Three different versions available The new series now includes three different types of safety modules, available both in permanently programmed or configurable version: CS AM1• : Motor standstill monitoring CS AM2• : Monitoring of motor speed and direction of rotation CS AM3• : Combines the functionalities of both CS AM1• and CS AM2• The configurable version is equipped with a USB Type-C port, allowing the device to be configured using the CS AM Configurator, developed in-house by Pizzato Elettrica. The software can be downloaded by the user free of charge. It is also possible to choose between safety outputs with OSSD or relay technology. Modules with OSSD outputs are 22.5 mm wide, while those with relay outputs are 45 mm wide. > Inductive sensor for the detection of specific faults With the CS AM2• and CS AM3• versions, an inductive sensor can be connected to the module to detect faults not normally detected by products currently on the market. > Adjustment of monitoring parameters The CS AM Configurator software is divided into several sections: Project, Setting and Monitor. In the Project section, all relevant project information is entered and the required function can be selected and configured for each input and output of the module. In the Setting section, parameters for the detection of motor standstill can be set, thresholds for minimum and maximum speed thresholds defined, and the detection of the motor's direction of rotation enabled. In the Monitor section, the status of the module's outputs, the residual voltage detected on the phases, the speed and the direction of rotation of the motor can be monitored and saved in real time.

Pizzato CS AM series safety modules benefit from important technological advancement. Major new features include sensorless speed monitoring, more sophisticated motor control through parameterisation of the modules via software, and the ability to monitor motor operating data in real time. > Three different versions available The new series now includes three different types of safety modules, available both in permanently programmed or configurable version: CS AM1• : Motor standstill monitoring CS AM2• : Monitoring of motor speed and direction of rotation CS AM3• : Combines the functionalities of both CS AM1• and CS AM2• The configurable version is equipped with a USB Type-C port, allowing the device to be configured using the CS AM Configurator, developed in-house by Pizzato Elettrica. The software can be downloaded by the user free of charge. It is also possible to choose between safety outputs with OSSD or relay technology. Modules with OSSD outputs are 22.5 mm wide, while those with relay outputs are 45 mm wide. > Inductive sensor for the detection of specific faults With the CS AM2• and CS AM3• versions, an inductive sensor can be connected to the module to detect faults not normally detected by products currently on the market. > Adjustment of monitoring parameters The CS AM Configurator software is divided into several sections: Project, Setting and Monitor. In the Project section, all relevant project information is entered and the required function can be selected and configured for each input and output of the module. In the Setting section, parameters for the detection of motor standstill can be set, thresholds for minimum and maximum speed thresholds defined, and the detection of the motor's direction of rotation enabled. In the Monitor section, the status of the module's outputs, the residual voltage detected on the phases, the speed and the direction of rotation of the motor can be monitored and saved in real time.

Pizzato CS AM series safety modules benefit from important technological advancement. Major new features include sensorless speed monitoring, more sophisticated motor control through parameterisation of the modules via software, and the ability to monitor motor operating data in real time. > Three different versions available The new series now includes three different types of safety modules, available both in permanently programmed or configurable version: CS AM1• : Motor standstill monitoring CS AM2• : Monitoring of motor speed and direction of rotation CS AM3• : Combines the functionalities of both CS AM1• and CS AM2• The configurable version is equipped with a USB Type-C port, allowing the device to be configured using the CS AM Configurator, developed in-house by Pizzato Elettrica. The software can be downloaded by the user free of charge. It is also possible to choose between safety outputs with OSSD or relay technology. Modules with OSSD outputs are 22.5 mm wide, while those with relay outputs are 45 mm wide. > Inductive sensor for the detection of specific faults With the CS AM2• and CS AM3• versions, an inductive sensor can be connected to the module to detect faults not normally detected by products currently on the market. > Adjustment of monitoring parameters The CS AM Configurator software is divided into several sections: Project, Setting and Monitor. In the Project section, all relevant project information is entered and the required function can be selected and configured for each input and output of the module. In the Setting section, parameters for the detection of motor standstill can be set, thresholds for minimum and maximum speed thresholds defined, and the detection of the motor's direction of rotation enabled. In the Monitor section, the status of the module's outputs, the residual voltage detected on the phases, the speed and the direction of rotation of the motor can be monitored and saved in real time.