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Smarter Machines

Smarter machines are transforming the product realization landscape, guiding manufacturers to overcome risk and uncertainty while meeting production targets with minimum human intervention. Building a smart machine is complex as its operation has to balance multi-physics interactions, mechanical, electrical, electronics, software, hardware, and human exchanges.

Siemens Digital Industries Software offers a comprehensive set of advanced simulation and testing solutions to help you create a realistic plant model of your machines. Real-time comparison of the inputs from virtual and real sensors can predict operation anomaly, provide operator assistance and guidance as well as ensure optimal operation of your smart machines throughout its lifecycle.

Smarter machines are transforming the product realization landscape, guiding manufacturers to overcome risk and uncertainty while meeting production targets with minimum human intervention. Building a smart machine is complex as its operation has to balance multi-physics interactions, mechanical, electrical, electronics, software, hardware, and human exchanges.

Siemens Digital Industries Software offers a comprehensive set of advanced simulation and testing solutions to help you create a realistic plant model of your machines. Real-time comparison of the inputs from virtual and real sensors can predict operation anomaly, provide operator assistance and guidance as well as ensure optimal operation of your smart machines throughout its lifecycle.

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Smarter machines are a critical and essential asset for manufacturing excellence.

The Industry 4.0, internet of things(IoT), increased automation, and the dawn of 5G technology, provide unparalleled competitive advantages to realize smarter machines and profound intelligence for manufacturing companies. But the adoption of IoT, mechatronic concepts increase the machine engineering complexity — optimize mechanic, electronics, and software systems simultaneously. Machine manufacturers need efficient tools and methods to validate the control algorithm even before commencing a prototype.

Siemens Digital Industries Software solutions help you achieve smart machines today that build the intelligent products of tomorrow. The comprehensive suite of integrated simulation and testing solutions provides advanced capabilities to address machine manufacturers' fundamental and futuristic challenges: avoid production delays, reduce maintenance costs, extend asset’s lifetime, and reduce energy and wastes. Virtual commissioning capabilities permit the automation department to emulate control logics, size multi-physical system, validate PLC (Programmable Logic Controller) ladder logic and HMI (Human-Machine Interface) algorithm in a digital environment and even before prototype availability. Virtual sensors, executable simulation models combined with model-based engineering enable the development and optimization of interconnected smarter machines on the factory floor that communicates among themselves and with the machine operator to efficiently address the manufacturing task taking into account the overall input criterion.

On-Demand Webinar | 36 minutes

Robotics engineering: Develop robots and robotic systems effectively

Engineering robotics involves several domains — mechatronics, structural, electromagnetics, hardware and software. Simulation and testing solutions have solutions to handle various performance engineering challenges of the robotics industry.

Robotics engineering advancement is crucial to increase the adoption of robots by manufacturing companies.

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